recipe.input_value_by_name('additional-idf', add_str_)
recipe.input_value_by_name('air-speed', _air_speed_)
recipe.input_value_by_name('comfort-parameters', comfort_par_)
recipe.input_value_by_name('solarcal-parameters', solar_body_par_)
recipe.input_value_by_name('radiance-parameters', radiance_par_)
# run the recipe
silent = True if _run > 1 else False
project_folder = recipe.run(run_settings_,
radiance_check=True,
openstudio_check=True,
silent=silent)
# load the results
try:
env_conds = recipe_result(
recipe.output_value_by_name('environmental-conditions',
project_folder))
op_temp = recipe_result(
recipe.output_value_by_name('temperature', project_folder))
condition = recipe_result(
recipe.output_value_by_name('condition', project_folder))
deg_neut = recipe_result(
recipe.output_value_by_name('degrees-from-neutral',
project_folder))
TCP = recipe_result(recipe.output_value_by_name('tcp', project_folder))
HSP = recipe_result(recipe.output_value_by_name('hsp', project_folder))
CSP = recipe_result(recipe.output_value_by_name('csp', project_folder))
except Exception:
raise Exception(recipe.failure_message(project_folder))
recipe.input_value_by_name('air-speed-matrices', _wind_speed_)
else:
recipe.input_value_by_name('wind-speed', _wind_speed_)
recipe.input_value_by_name('schedule', schedule_)
recipe.input_value_by_name('solarcal-parameters', solar_body_par_)
recipe.input_value_by_name('radiance-parameters', radiance_par_)
# run the recipe
silent = True if _run > 1 else False
project_folder = recipe.run(run_settings_,
radiance_check=True,
openstudio_check=True,
silent=silent)
# load the results
try:
env_conds = recipe_result(
recipe.output_value_by_name('environmental-conditions',
project_folder))
utci = recipe_result(
recipe.output_value_by_name('utci', project_folder))
condition = recipe_result(
recipe.output_value_by_name('condition', project_folder))
category = recipe_result(
recipe.output_value_by_name('category', project_folder))
TCP = recipe_result(recipe.output_value_by_name('tcp', project_folder))
HSP = recipe_result(recipe.output_value_by_name('hsp', project_folder))
CSP = recipe_result(recipe.output_value_by_name('csp', project_folder))
except Exception:
raise Exception(recipe.failure_message(project_folder))
try:
from ladybug_rhino.grasshopper import all_required_inputs, recipe_result
except ImportError as e:
raise ImportError('\nFailed to import ladybug_rhino:\n\t{}'.format(e))
if all_required_inputs(ghenv.Component) and _run:
# create the recipe and set the input arguments
recipe = Recipe('annual-daylight')
recipe.input_value_by_name('model', _model)
recipe.input_value_by_name('wea', _wea)
recipe.input_value_by_name('north', north_)
recipe.input_value_by_name('thresholds', _thresholds_)
recipe.input_value_by_name('schedule', _schedule_)
recipe.input_value_by_name('grid-filter', grid_filter_)
recipe.input_value_by_name('sensor-count', sensor_count_)
recipe.input_value_by_name('radiance-parameters', radiance_par_)
# run the recipe
project_folder = recipe.run(run_settings_, radiance_check=True)
# load the results
results = recipe_result(
recipe.output_value_by_name('results', project_folder))
DA = recipe_result(recipe.output_value_by_name('da', project_folder))
cDA = recipe_result(recipe.output_value_by_name('cda', project_folder))
UDI = recipe_result(recipe.output_value_by_name('udi', project_folder))
UDI_low = recipe_result(
recipe.output_value_by_name('udi-lower', project_folder))
UDI_up = recipe_result(
recipe.output_value_by_name('udi-upper', project_folder))
ghenv.Component.Category = 'HB-Radiance'
ghenv.Component.SubCategory = '3 :: Recipes'
ghenv.Component.AdditionalHelpFromDocStrings = '2'
try:
from lbt_recipes.recipe import Recipe
except ImportError as e:
raise ImportError('\nFailed to import lbt_recipes:\n\t{}'.format(e))
try:
from ladybug_rhino.grasshopper import all_required_inputs, recipe_result
except ImportError as e:
raise ImportError('\nFailed to import ladybug_rhino:\n\t{}'.format(e))
if all_required_inputs(ghenv.Component) and _run:
# create the recipe and set the input arguments
recipe = Recipe('point-in-time-grid')
recipe.input_value_by_name('model', _model)
recipe.input_value_by_name('sky', _sky)
recipe.input_value_by_name('metric', _metric_)
recipe.input_value_by_name('grid-filter', grid_filter_)
recipe.input_value_by_name('sensor-count', sensor_count_)
recipe.input_value_by_name('radiance-parameters', radiance_par_)
# run the recipe
project_folder = recipe.run(run_settings_, radiance_check=True)
# load the results
results = recipe_result(recipe.output_value_by_name('results', project_folder))
try:
from lbt_recipes.recipe import Recipe
except ImportError as e:
raise ImportError('\nFailed to import lbt_recipes:\n\t{}'.format(e))
try:
from ladybug_rhino.grasshopper import all_required_inputs, recipe_result
except ImportError as e:
raise ImportError('\nFailed to import ladybug_rhino:\n\t{}'.format(e))
if all_required_inputs(ghenv.Component) and _run:
# create the recipe and set the input arguments
recipe = Recipe('annual-irradiance')
recipe.input_value_by_name('model', _model)
recipe.input_value_by_name('wea', _wea)
recipe.input_value_by_name('north', north_)
recipe.input_value_by_name('grid-filter', grid_filter_)
recipe.input_value_by_name('sensor-count', sensor_count_)
recipe.input_value_by_name('radiance-parameters', radiance_par_)
# run the recipe
project_folder = recipe.run(run_settings_, radiance_check=True)
# load the results
results = recipe_result(recipe.output_value_by_name('results', project_folder))
avg_irr = recipe_result(recipe.output_value_by_name('average-irradiance', project_folder))
peak_irr = recipe_result(recipe.output_value_by_name('peak-irradiance', project_folder))
radiation = recipe_result(recipe.output_value_by_name('cumulative-radiation', project_folder))
# create the recipe and set the input arguments
recipe = Recipe('pmv_comfort_map')
recipe.input_value_by_name('model', _model)
recipe.input_value_by_name('epw', _epw)
recipe.input_value_by_name('ddy', _ddy)
recipe.input_value_by_name('north', north_)
recipe.input_value_by_name('run-period', run_period_)
recipe.input_value_by_name('sensor-count', sensor_count_)
recipe.input_value_by_name('write-set-map', write_set_map_)
recipe.input_value_by_name('air-speed', _air_speed_)
recipe.input_value_by_name('met-rate', _met_rate_)
recipe.input_value_by_name('clo-value', _clo_value_)
recipe.input_value_by_name('comfort-parameters', comfort_par_)
recipe.input_value_by_name('solarcal-parameters', solar_body_par_)
recipe.input_value_by_name('radiance-parameters', radiance_par_)
# run the recipe
project_folder = recipe.run(run_settings_,
radiance_check=True,
openstudio_check=True)
# load the results
temperature = recipe_result(
recipe.output_value_by_name('temperature', project_folder))
condition = recipe_result(
recipe.output_value_by_name('condition', project_folder))
pmv = recipe_result(recipe.output_value_by_name('pmv', project_folder))
TCP = recipe_result(recipe.output_value_by_name('tcp', project_folder))
HSP = recipe_result(recipe.output_value_by_name('hsp', project_folder))
CSP = recipe_result(recipe.output_value_by_name('csp', project_folder))
ghenv.Component.AdditionalHelpFromDocStrings = '3'
try:
from lbt_recipes.recipe import Recipe
except ImportError as e:
raise ImportError('\nFailed to import lbt_recipes:\n\t{}'.format(e))
try:
from ladybug_rhino.grasshopper import all_required_inputs, recipe_result
except ImportError as e:
raise ImportError('\nFailed to import ladybug_rhino:\n\t{}'.format(e))
if all_required_inputs(ghenv.Component) and _run:
# create the recipe and set the input arguments
recipe = Recipe('direct-sun-hours')
recipe.input_value_by_name('model', _model)
recipe.input_value_by_name('wea', _wea)
recipe.input_value_by_name('timestep', _timestep_)
recipe.input_value_by_name('north', north_)
recipe.input_value_by_name('grid-filter', grid_filter_)
recipe.input_value_by_name('sensor-count', sensor_count_)
# run the recipe
project_folder = recipe.run(run_settings_, radiance_check=True)
# load the results
results = recipe_result(
recipe.output_value_by_name('direct-sun-hours', project_folder))
hours = recipe_result(
recipe.output_value_by_name('cumulative-sun-hours', project_folder))