Ladybug Primer
Ladybug Tools for Grasshopper Documentation
  • Ladybug Primer
  • Components
    • 0 :: Import
      • Download Weather
      • EPWmap
      • Import EPW
      • Import Location
      • Construct Location
      • Deconstruct Location
      • Import DDY
      • Import STAT
      • Deconstruct Design Day
      • Import Design Day
      • EPW to DDY
    • 1 :: Analyze Data
      • Construct Data
      • Construct Data Type
      • Construct Header
      • Deconstruct Data
      • Analysis Period
      • Calculate HOY
      • Apply Analysis Period
      • Apply Conditional Statement
      • Arithmetic Operation
      • Time Interval Operation
      • Degree Days
      • Wind Speed
      • Adaptive Comfort
      • PET Comfort
      • PMV Comfort
      • UTCI Comfort
      • Indoor Solar MRT
      • Outdoor Solar MRT
      • Ankle Draft
      • Clothing by Temperature
      • Comfort Statistics
      • Convert to Timestep
      • Data DateTimes
      • Day Solar Information
      • Deconstruct Header
      • Directional Solar Irradiance
      • HOY to DateTime
      • Humidity Metrics
      • Mass Arithmetic Operation
      • Radiant Asymmetry
      • Relative Humidity from Dew Point
      • Solar MRT from Solar Components
      • Thermal Indices
    • 2 :: Visualize Data
      • Hourly Plot
      • Monthly Chart
      • Adaptive Chart
      • PMV Polygon
      • Psychrometric Chart
      • UTCI Polygon
      • Benefit Sky Matrix
      • Cumulative Sky Matrix
      • Sky Dome
      • SunPath
      • Radiation Dome
      • Radiation Rose
      • Wind Profile
      • Wind Rose
    • 3 :: Analyze Geometry
      • Direct Sun Hours
      • Incident Radiation
      • View Factors
      • View Percent
      • View Rose
      • Visibility Percent
      • Human to Sky Relation
      • Sky Mask
      • Solar Envelope
      • Surface Ray Tracing
      • Shade Benefit
      • Thermal Shade Benefit
      • Set Rhino Sun
      • View From Sun
      • Real Time Incident Radiation
    • 4 :: Extra
      • Color Range
      • FalseStartToggle
      • Generate Point Grid
      • ImageViewer
      • Legend Parameters
      • Mesh Threshold Selector
      • Preview VisualizationSet
      • Spatial Heatmap
      • Capture View
      • Legend 2D Parameters
      • Orient to Camera
      • Set View
      • To IP
      • To SI
      • To Unit
      • Unit Converter
      • Adaptive Comfort Parameters
      • PMV Comfort Parameters
      • Passive Strategies
      • Solar Body Parameters
      • Dump Data
      • Load Data
      • Open Directory
      • Open File
      • Compass
      • Magnetic to True North
      • Activities Met List
      • Area Aggregate
      • Area Normalize
      • Clothing List
      • Construct Matrix
      • Create Legend
      • Deconstruct Matrix
      • Deconstruct VisualizationSet
      • Dump VisualizationSet
      • Filter by Normal
      • Legend Parameters Categorized
      • Mesh to Hatch
      • PET Body Parameters
      • Passive Strategy Parameters
      • Screen Oriented Text
      • SortByLayers
      • Time Aggregate
      • Time Rate of Change
      • UTCI Comfort Parameters
    • 5 :: Version
      • Sync Grasshopper File
      • Versioner
      • Export UserObject
      • Legacy Updater
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  1. Components
  2. 0 :: Import

Import STAT

PreviousImport DDYNextDeconstruct Design Day

Last updated 1 year ago

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Import data from a standard .stat file.

Inputs

  • stat_file [Required]

A .stat file path on your system as a string.

Outputs

  • location

A Ladybug Location object describing the location data in the STAT file.

  • ashrae_zone

The ASHRAE climate zone of the STAT file. Numbers in the zone denote average temperature (0 = Hottest; 8 = Coldest). Letters in the zone denote wetness (A = Humid; B = Dry; C = Marine)

  • koppen_zone

The Koppen climate zone of the STAT file. The Koppen climate system uses vegetation as in indicator fo climate and combines average monthly temperatures, precipitation, and the seasonality of precipitation.

  • clear_dir_norm_rad

The hourly "Clear Sky" Direct Normal Radiation in Wh/m2. Such clear sky radiation is typically used for sizing cooling systems. If monthly optical depths are found within the STAT file, these values will come from the Revised ASHARAE Clear Sky (Tau model). If no optical depths are found, they will come from the original ASHARE lear sky model.

  • clear_diff_horiz_rad

The hourly "Clear Sky" Diffuse Horizontal Radiation in Wh/m2. Such clear sky radiation is typically used for sizing cooling systems. If monthly optical depths are found within the STAT file, these values will come from the Revised ASHARAE Clear Sky (Tau model). If no optical depths are found, they will come from the original ASHARE lear sky model.

  • ann_heat_dday_996

A DesignDay object representing the annual 99.6% heating design day.

  • ann_heat_dday_990

A DesignDay object representing the annual 99.0% heating design day.

  • ann_cool_dday_004

A DesignDay object representing the annual 0.4% cooling design day.

  • ann_cool_dday_010

A DesignDay object representing the annual 1.0% cooling design day.

  • monthly_ddays_050

A list of 12 DesignDay objects representing monthly 5.0% cooling design days.

  • monthly_ddays_100

A list of 12 DesignDay objects representing monthly 10.0% cooling design days.

  • extreme_cold_week

A Ladybug AnalysisPeriod object representing the coldest week within the corresponding EPW.

  • extreme_hot_week

A Ladybug AnalysisPeriod object representing the hottest week within the corresponding EPW.

  • typical_weeks

A list of Ladybug AnalysisPeriod objects representing typical weeks within the corresponding EPW. The type of week can vary depending on the climate. For mid and high lattitude climates with 4 seasons (eg. New York), these weeks are for each of the 4 seasons ordered as follows: Winter, Spring, Summer, Autumn For low lattitude climates with wet/dry seasons (eg. Mumbai), these weeks might also include: Wet Season, Dry Season For equitorial climates with no seasons (eg. Singapore), This output is usually a single week representing typical conditions of the entire year.

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