Grasshopper

algorithmic modeling for Rhino

00 | Honeybee
01 | Daylight | Material
02 | Daylight | Light Source
03 | Daylight | Recipes
04 | Daylight | Daylight
05 | Energy | Building Program
06 | Energy | Material | Construction
07 | Energy | Schedule
08 | Energy | Set Zone Properties
09 | Energy | HVACSystems
10 | Energy | Energy
11 | THERM
12 | Developers
13 | WIP

SplitBuildingMass2Floors

Component Index > Honeybee > 13 | WIP > SplitBuildingMass2Floors

Use this component to divide up a brep (polysurface) representative of a complete building massing into floors.
This generic zoning will divide the input mass into seprate floors based on an input floor height.
If you have a single mass representing two towers off of a podium, the two towers are not a continuous mass and you should therefore send each tower and the podium in as a separate Brep into this component. The component will work for courtyard buildings.
Core and perimeter zoneing should work for almost all masses where all walls are planar. It works in a limited number of cases that have both curved and planar walls. Also, it is important to note that, if your offset depth is so large in comparison to your building depth as to create perimeter zones that intersect one another, the whole floor will be returned as a single zone.
While this component can usually get you the most of the way there, it is still recommended that you bake the output and check the geometry in Rhino before turning the breps into HBZones.
The assumption about an E+ zone is that the air is well mixed and all at the same temperature.
Therefore, it is usually customary to break up a building depending on the areas where you would expect different building microclimates to exist.
This includes breaking up the building into floors (since each floor can have a different microclimate) and breaking up each floor into a core zone and perimeter zones (since each side of the buidling gets a different amount of solar gains and losses/gains through the envelope).
This component helps break up building masses into floors, and can be used in conjunction with the Honeybee_SplitBuildingFloor2ThermalZones component to genreate core zone and perimeter zones.

Inputs

NameIDDescriptionType
_bldgMasses_bldgMassesA Closed brep or list of closed breps representing a building massing.Goo
_bldgsFlr2FlrHeights_bldgsFlr2FlrHeightsA list of floor heights in Rhino model units that will be used to make each floor of the building. The list should run from bottom floor to top floor. Alternatively, you can input a text string that codes for how many floors of each height you want. For example, inputting "2@4" (without quotations) will make two ground floors with a height of 4 Rhino model units. Simply typing "@3" will make all floors 3 Rhino model units. Putting in lists of these text strings will divide up floors accordingly. For example, the list "1@5 2@4 @3" will make a ground floor of 5 units, two floors above that at 4 units and all remaining floors at 3 units.Goo
_runIt_runItScript input _runIt.Goo

Outputs

NameIDDescriptionType
outreadMe!...String
splitBldgFloorssplitBldgFloorsA series of breps that correspond to inputted floor heights. These can be inserted into the Honeybee_SplitBuildingFloor2ThermalZones component to further split the floors into thermal zones for energy simulation.Goo

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