LogoLogo
HomeWeb PlatformForum
  • User Manual
  • Get Started
    • Create a Pollination Account
    • Setting up an Organization
      • 1. Create an Organization
      • 2. Add Organization Seats
      • 3. Add Team Members
      • 4. Purchase and Manage CAD Licenses
      • 5. Manage License Pools
      • 6. Add Additional Computing Resources
    • Setting up Rhino, Grasshopper and Revit Plugins
      • Download CAD Plugins
      • Install CAD Plugins
      • Purchase and Manage CAD Plugins
      • The Difference between CAD Licenses and Organization Seats
  • REVIT PLUGIN
    • Getting Started in Revit
    • Exporting Energy Models from Revit
      • Understanding the Export Process
      • Managing Pollination Revit License
      • Setting Up Linked Models
      • Creating Snapshots
      • Editing and Exporting Snapshots
    • Modeling Best Practices
  • Model Editor
    • What is Pollination Model Editor
    • Getting Started
    • Workflows
    • Commands
      • By Use Case
        • Room Commands
          • Edit
          • Windows
          • New
          • Adjacency
          • Line
          • Visualize
        • Line Commands
        • Roof Commands
        • Model Commands
      • Alphabetically
        • 3D preview
        • Align
        • Auto align
        • Auto top ground
        • Change units
        • Convert to room2D
        • Create boundary
        • Create rooms
        • Explode polyline
        • Export roofs
        • Fill holes
        • Find adjacency gaps
        • Find roof gaps
        • Find roof intersection
        • Floor area change
        • Generate alignment axes
        • Import roofs
        • Join coplanar faces
        • Join segments
        • Merge Small Rooms
        • Merge rooms
        • Multipliers to geometry
        • Offset
        • Offset windows
        • Preview roofs
        • Pull to room
        • Remove colinear vertices
        • Remove holes
        • Remove short segments
        • Repair windows
        • Resolve roof overlaps
        • Roof to shade
        • Separate plenums
        • Set air boundaries
        • Show tilt
        • Simplify Curved Edges
        • Simplify windows
        • Snap to grid
        • Solve adjacency
        • Split
        • Split core and perimeter
        • Subtract roofs
        • Subtract rooms
        • Validate model
        • Vertically split
    • Supported File Formats
      • Export
      • Import
    • Python Script Editor
      • Your First Python Script
      • Editor Class API Documentation
      • Available Python Libraries
    • FAQ
    • Changelog
  • Rhino Plugin
    • Getting Started in Rhino
    • Modeling Best Practices
      • Create Rooms
      • Create Apertures
      • Create Doors
      • Solve Adjacency
      • Create Shade or Context
      • Editing your Model
      • Using Room Selection Mode
    • Energy Modeling
      • Assign Program Types
      • Assign Construction Sets
      • Assign HVAC Systems
      • Energy Settings and Parameters
      • Run Simulation and Load Results
    • Daylight Modeling
      • Assign Modifier Sets
      • Assign Modifiers
      • Add Sensor Grid
      • Add View
      • Run Simulation and Visualize Daylighting Results
    • Interoperability
      • Ladybug Tools Grasshopper Plugins
        • Entity components
      • Import
        • Import HBJSON
        • Import gbXML
        • Import OSM
        • Import IDF
      • Export
        • Export HBJSON
        • Export gbXML
        • Export OSM and IDF
    • Troubleshooting
      • Rhino Plugin Errors
      • Validation Error Codes
    • Pollination Commands
      • By Use Case
        • General
        • Geometry Setup
        • Model Alignment & Updates
        • Setup & Run Simulation
        • Load, Visualize, and Export Results
      • Alphabetically
        • PO_AddApertureShades
        • PO_AddApertures
        • PO_AddAperturesByWWR
        • PO_AddBuildingShades
        • PO_AddDoors
        • PO_AddOpaqueFaces
        • PO_AddRadialGrid
        • PO_AddRooms
        • PO_AddRoomsByLayer
        • PO_AddSensorGrid
        • PO_AddShades
        • PO_AddSiteContext
        • PO_AddSkylightsByRatio
        • PO_AddView
        • PO_Align2DPlans
        • PO_AlignInElevation
        • PO_AlignInPlan
        • PO_AlignInPlan2D
        • PO_Check2DOrtho
        • PO_CheckAdjacency
        • PO_CheckPlanarity
        • PO_CheckUpdates
        • PO_ColorByBoundaryCondition
        • PO_ColorByFaceNormal
        • PO_ColorByFaceType
        • PO_ConstructionSetManager
        • PO_ConstructionManager
        • PO_DownloadModel
        • PO_DrawApertures
        • PO_DrawDoors
        • PO_DrawPlanarSurface
        • PO_DrawRoom
        • PO_DupAperturesDoors
        • PO_EditApertureProperties
        • PO_EditDoorProperties
        • PO_EditFaceProperties
        • PO_EditInPlace
        • PO_EditProperties
        • PO_EditRoomProperties
        • PO_EditSensorGridProperties
        • PO_EditShadeProperties
        • PO_EditViewProperties
        • PO_EmbedUserLibrary
        • PO_Extrude2DPlans
        • PO_FixRoomChildrenLinks
        • PO_GenAlignGrids
        • PO_GenRoomPerimeters
        • PO_HVACManager
        • PO_IsolateAdjacencies
        • PO_LicenseManager
        • PO_LoadResults
        • PO_MaterialManager
        • PO_MatchChildGeometry
        • PO_MatchRoomProperties
        • PO_MergeRooms
        • PO_ModifierSetManager
        • PO_ModifierManager
        • PO_OffsetChildObjects
        • PO_PluginInfo
        • PO_Pollination
        • PO_ProgramTypeManager
        • PO_ProjectChildToHost
        • PO_ProjectSrf
        • PO_PurgeUserLibrary
        • PO_RebuildRooms
        • PO_RemoveProperties
        • PO_RemoveShortSegments
        • PO_RebuildAperturesDoors
        • PO_ResetBoundaryCondition
        • PO_ResetDisplayName
        • PO_ResetIdentifier
        • PO_ResetLegendLocation
        • PO_ResetResourceIDs
        • PO_RunSimulation
        • PO_SaveToUserLibrary
        • PO_SelApertures
        • PO_SelDoors
        • PO_SelOpaqueFaces
        • PO_SelRooms
        • PO_SelSensorGrids
        • PO_SelShades
        • PO_SelSiteContexts
        • PO_SelViews
        • PO_SetAirBoundariesByGuides
        • PO_SetRoomStoryByElevation
        • PO_ShowObjectNotes
        • PO_SHWManager
        • PO_ScheduleManager
        • PO_SimulationParameter
        • PO_SolveAdjacency
        • PO_SplitRooms
        • PO_SyncModel
        • PO_TestLocalAppEnvironment
        • PO_UnitsSetting
        • PO_UploadModel
        • PO_UserManual
        • PO_ValidateModel
  • Grasshopper Plugin
    • Download and Install the Grasshopper Plugin
    • Grasshopper User Interface
      • 1:Primitives
        • PO_Aperture
        • PO_Door
        • PO_Face
        • PO_Model
        • PO_Room
        • PO_SensorGrid
        • PO_Shade
        • PO_View
        • PO_VisualizationSet
        • PO_Construction
        • PO_ConstructionSet
        • PO_Material
        • PO_Modifier
        • PO_ModifierSet
        • PO_ProgramType
        • PO_Schedule
      • 2:Pollination
        • Check_Run_Inputs
        • Check_Run_Results
        • List_Run_Assets
        • Setup_Runs
        • User_Data
        • Pollinate
        • Check_Study_Status
        • List_Studies
        • Add_a_project
        • Get_a_project
        • List_Project_Assets
        • Load_Assets
        • Upload_Assets
        • Login
      • 3:Parametric
        • Fly
        • Fly_ID
      • 4:Serialization
        • PO_Dump_GEM
        • PO_Dump_IDM
        • PO_Dump_INP
        • PO_Dump_SDD
    • Your First Simulation
    • Create a Parametric Run
    • Visualize Results
  • Web Platform
    • Create a New Project
    • Manage Access to a Project
    • Create a New Study
    • Create Teams
  • Developers
    • Create an API Key
    • API
      • Add Members to an Organization
      • Create a New Project
      • Schedule a Study on Pollination
    • Apps
      • Create a Simple Chart
      • Create a Filtered Chart
      • Create a Study
      • Check Study Status
      • Download an Output
      • Visualize Results on the Web
      • Integrate the Pollination Viewer
      • Visualize Results in Rhino
      • Prepare an App folder
      • Deploy an App using the Command Line
      • Deploy an App using Github
      • Automate the App Deployment
      • Update an App
  • Legal
    • Terms of Service
    • Privacy Policy
    • Subprocessors
    • Data Processing Addendum
    • Service Level Agreement
Powered by GitBook
On this page
  • Align
  • Auto align
  • Join coplanar faces
  • Pull to room
  • Remove holes
  • Remove short segments
  • Simplify Curved Edges
  • Snap to grid
  • Subtract rooms

Was this helpful?

  1. Model Editor
  2. Commands
  3. By Use Case
  4. Room Commands

Edit

PreviousRoom CommandsNextWindows

Last updated 1 month ago

Was this helpful?

Below are the commands that edit room floor geometry without creating new rooms.

Align

Align the selected rooms' vertices to the selected lines/polylines if the room vertices lie within the specified Alignment Distance.

Options

Distance

The maximum distance between a room vertex and the line or polyline at which point the vertex will be aligned to the line

Snap Vertices

Select to snap the room vertices to the line/polyline vertices after the initial alignment operation is complete

Constrain Edges

Select to have all axes of the room edges that were not pulled to the line geometry be preserved

Using the Snap Vertices option will perform an additional operation that snaps the vertices to line/polyline vertices after the initial alignment operation is complete.

This command is primarily used for fixing misalignments between rooms, which are common in raw exports from Revit. It is also useful for adjusting the exterior boundary around entire stories, enabling you to align rooms to the inside or outside wall finish instead of using the wall centerline as is typical when exporting Revit rooms. See the Create Boundary command for more information.

This command is only visible when at least one room and one alignment line/polyline are selected.


Automatically align selected rooms to common axes identified across them. The command is intended to automatically perform most of the alignments that would typically be done manually. Note that having a line selected while running this command will force the generated alignment axes to be generated only in the plane of that line.

Options

Distance

The distance with which room vertices will be aligned to common axes. No vertex in the input rooms will be moved more than this distance

Exclude Angle

A positive number in degrees for the maximum difference that a geometry segment can differ from the alignment axes for it to be ignored/excluded from alignment

Story-by-Story

Select to have this command run with each story individually rather than all stories of the model together. Running story-by-story tends to produce a more controlled and result with fewer unintended alignments happening. This is useful when the model is large and rooms between stories do not have a strong relation to one another.

Axes Only

Select to have this command only output the common axes of the selected rooms into the scene and not perform any auto-alignment of rooms with these axes. This can give more control over which axes are or are not used by allowing manual selection and aligning with desired axes


Join coplanar walls of the room, effectively removing colinear vertices from the room polygon. Use this command to simplify the geometry and clean up the model before running 'solve adjacency' or 'alignment' commands.


Pull the vertices of one or more rooms to the first 'target' room in the selection. The operation of pulling can be thought of as aligning the rooms to the target room's segments and then snapping to its vertices.

Options

Pull Distance

The maximum distance between a room vertex and the target room edges at which point the vertex will be pulled to the target room

Coordinate Vertices

Select to further coordinate the vertices after the initial pulling operation is complete. Coordination means that any vertices of the target room that lie within the specified distance to a pulled room but were NOT matched to a vertex on that room will be inserted into the pulled room

Constrain Edges

Select to have all axes of the room edges that were not pulled to the adjacent room be preserved

Invert Selection

Select to have the command pull the first room in the selection to all other rooms in the selection. This is the inverse of the default behavior, which uses the first room in the selection as a target and then pulls all following rooms to it

Using the Coordinate Vertices option will run an additional operation to adjust the number of vertices in the rooms that were pulled. This can result in better matching of segments between the rooms like so:


Remove the holes inside the room that are smaller than a certain specified Area Threshold. Use this command to remove column and duct holes from inside rooms.

Options

Area Threshold

The maximum area for a hole below which it will be removed


Remove the segments of the room polygon that are smaller than a certain specified Segment Distance. Use this command to remove column holes and other unwanted small segments at the edges of the rooms.

Options

Segment Distance

The maximum length of a segment below which it will be removed


Simplify and reduce the number of vertices defining curved edges of rooms.

Options

Deviation Distance

The distance that a curved part of the room is allowed to differ from a straight line. Lower tolerance values correspond to a higher resolution of curvature with more vertices


Snap the selected rooms to a cartesian grid defined by a Grid Increment distance, which sets the resolution of the grid. This command is useful for IES VE modelers who need geometry on a grid for ease of edit-ability.

Options

Grid Increment

A positive number for dimension of each grid cell. This should be less than the smallest detail to resolve on the rooms. NOTE that this value can be different from the grid size in the preview

Exclude Angle

A positive number in degrees for the maximum difference that a geometry segment can differ from the grid for it to be ignored/excluded from snapping. Setting the exclude angle to zero will guarantee that all geometry is snapped to the grid. However, this may produce jagged geometries, particularly when there are parts of a geometry that are not intended to be aligned with a grid


Subtract one room from another room. Useful for resolving colliding room geometries.

The first room of the selection is the room to be subtracted from and all following rooms in the selection will be used for subtraction.


Auto align

Join coplanar faces

Pull to room

Remove holes

Remove short segments

Simplify Curved Edges

Snap to grid

Subtract rooms

Join Coplanar Faces
pull to room multi segment lines
Remove holes
Remove Columns at the Edge
Snap to Grid