def test_cls_method_hoy(self):
"""Make sure default values are set correctly."""
location = EPW(self.epwfile).location
hoys = range(1, 24)
slh = SolarAccessGridBased.from_location_and_hoys(
location, hoys, [self.test_pts], [self.test_vec])
bat = slh.write(self.base_folder, project_name="test")
sh = bat_to_sh(bat)
# start to run the subprocess
if os.name == 'nt':
success = slh.run(bat)
else:
success = slh.run(sh)
if success:
ag = slh.results()[0]
for sensor in ag:
value = sum(v[0]
for v in sensor.combined_values_by_id(sensor.hoys))
assert value == 10
def run_from_json(recipe, folder, name):
"""Create a python recipe from json object and run the analysis."""
if recipe["id"] == 0:
rec = SolarAccessGridBased.fromJson(recipe)
elif recipe["id"] == 1:
rec = GridBased.fromJson(recipe)
else:
raise ValueError(
"Invalid id input {}. "
"Currently only the id of [0] SolarAccess and [1] pointintime are supported!"
.format(recipe['id']))
# generate bat file
bat = rec.write(folder, name)
# Convert bat to sh
sh = bat_to_sh(bat)
# import pdb; pdb.set_trace()
# start to run the subprocess
if os.name == 'nt':
success = rec.run(bat)
else:
success = rec.run(sh)
# run post-processing code
if success:
return (True, [r.toJson() for r in rec.results()])
else:
return (False, ())
def test_init_func(self):
"""Test normal init function."""
slh = SolarAccessGridBased(self.sun_vectors, self.hoys,
[self.analysis_grid])
bat = slh.write(self.base_folder, project_name="test")
sh = bat_to_sh(bat)
# start to run the subprocess
if os.name == 'nt':
success = slh.run(bat)
else:
success = slh.run(sh)
if success:
assert slh.results()[0].ToString(
) == "AnalysisGrid::test_grid::#3::[*]"
def run_from_json(recipe, folder, name):
"""Create a python recipe from json object and run the analysis."""
if recipe["type"] == "gridbased":
if recipe["id"] == "solar_access":
rec = SolarAccessGridBased.from_json(recipe)
elif recipe["id"] == "point_in_time":
rec = PITGridBased.from_json(recipe)
elif recipe["id"] == "daylight_factor":
rec = DFGridBased.from_json(recipe)
elif recipe["id"] == "annual":
raise NotImplementedError(
"Annual recipe is not supported use daylightcoeff recipe instead."
)
elif recipe["id"] == "daylight_coeff":
rec = DCGridBased.from_json(recipe)
else:
raise NotImplementedError(
"{} {} recipe is not supported yet.".format(
recipe['type'], recipe['id']))
else:
raise NotImplementedError("{} {} recipe is not supported yet.".format(
recipe['type'], recipe['id']))
# generate bat file
bat = rec.write(folder, name)
# Convert bat to sh
sh = bat_to_sh(bat)
# start to run the subprocess
if os.name == 'nt':
success = rec.run(bat)
else:
success = rec.run(sh)
# run post-processing code
if success:
return (True, [r.to_json() for r in rec.results()])
else:
return (False, ())
# Load analysis grids
analysis_grid = load_json(analysis_grid_path)
zone_name = analysis_grid["analysis_grids"][0]["name"]
print("Analysis grid_file for {0:} loaded from {1:}\n".format(zone_name, analysis_grid_path))
# Set configurations
annual_config = {"type": "gridbased", "id": "annual", "simulation_type": 0, "rad_parameters": {"gridbased_parameters": quality}}
df_config = {"type": "gridbased", "id": "daylight_factor", "rad_parameters": {"gridbased_parameters": quality}}
# Prepare Daylight Factor recipe from JSON origin string
df_recipe_json = {k: v for d in [df_config, analysis_grid, surfaces] for k, v in d.items()}
df_recipe = GridBased_DaylightFactor.from_json(df_recipe_json)
print("Daylight Factor recipe prepared\n")
df_bat_file = df_recipe.write(str(df_recipe.analysis_grids[0].name), "daylightfactor")
df_shell_file = bat_to_sh(df_bat_file)
print("Daylight Factor recipe converted to Radiance case\n")
# Run Daylight Factor simulation
if "win" in sys.platform.lower() and "dar" not in sys.platform.lower():
df_recipe.run(df_bat_file, False)
else:
df_recipe.run(df_shell_file, False)
# Prepare Annual recipe from JSON origin string
annual_recipe_json = {k: v for d in [annual_config, analysis_grid, surfaces, sky_mtx] for k, v in d.items()}
annual_recipe = GridBased_Annual.from_json(annual_recipe_json)
print("Annual recipe prepared\n")
annual_bat_file = annual_recipe.write(str(annual_recipe.analysis_grids[0].name), "annual")
annual_shell_file = bat_to_sh(annual_bat_file)