def main():
surface = []
pt1 = [RhinoConvert.FromVectorToRhPoint(face.A) for face in _face]
pt2 = [RhinoConvert.FromVectorToRhPoint(face.B) for face in _face]
pt3 = [RhinoConvert.FromVectorToRhPoint(face.C) for face in _face]
pt4 = [RhinoConvert.FromVectorToRhPoint(face.D) for face in _face]
for p1, p2, p3, p4 in zip(pt1, pt2, pt3, pt4):
surface.append(
rc.Geometry.Brep.CreateFromCornerPoints(p1, p2, p3, p4, 0.01))
return surface
def main():
if _point != None:
inx_point = [RhinoConvert.ConvertToOrigin(pt) for pt in _point]
return inx_point
else:
return
def main():
if _point != None:
inx_point = [RhinoConvert.FromRhPointToVector(pt) for pt in _point]
return inx_point
else:
return
def main():
if _geometry != None:
inx_facegroup = [
RhinoConvert.FromRhMeshToFacegroup(geo) for geo in _geometry
]
return inx_facegroup
else:
return
def main():
if _edt:
edt, edx = get_file_path(_edt)
variable = 1 if _variable_ == None else _variable_
if base_point_:
origin = RhinoConvert.FromRhPointToVector(base_point_)
output = GridOutput(edx, origin)
else:
output = GridOutput(edx)
project_name = output.ProjectName
date = output.SimulationDate
time = output.SimulationTime
variables = output.VariableName
selected_variable = output.VariableName[variable]
print("Grid: {0}, {1}, {2}".format(output.NumX, output.NumY,
output.NumZ))
if output.DataContent not in [1, 5, 11]:
print(
"Please, connect an edt file.\nYou can read Atmosphere, Radiation, Comfort."
)
return [None] * 7
if _run_it and _z_mask:
values = List[int](_z_mask)
facades = output.GetFacades(Direction.Z)
output.SetValuesFromBinary(edt, facades, variable)
# filter
facades = Facade.GetFacadesFilterByZmask(facades, values,
output.NumZ)
if min_ != None and max_ != None:
facades = Facade.GetFacadesByThreshold(facades, min_, max_)
# get values
values = Facade.GetValueZFromFacades(facades)
# get geometry
face = Facade.GetFacesFromFacades(facades)
return variables, project_name, date, time, selected_variable, face, values
return variables, project_name, date, time, selected_variable, None, None
else:
return [None] * 7
def main():
if _edt:
edt, edx = get_file_path(_edt)
variable = 1 if _variable_ == None else _variable_
if base_point_:
origin = RhinoConvert.FromRhPointToVector(base_point_)
output = GridOutput(edx, origin)
else:
output = GridOutput(edx)
project_name = output.ProjectName
date = output.SimulationDate
time = output.SimulationTime
variables = output.VariableName
selected_variable = output.VariableName[variable]
print("Grid: {0}, {1}, {2}".format(output.NumX, output.NumY,
output.NumZ))
if output.DataContent != 6:
print("Please, connect a file of dynamic output of vegetation.")
return [None] * 7
if _run_it and output.DataContent == 6:
dir = Direction.Z
facades = output.GetFacades(dir)
output.SetValuesFromBinary(edt, facades, variable)
# filter
facades = Facade.GetFacadesByDirection(facades, dir)
if min_ != None and max_ != None:
facades = Facade.GetFacadesByThreshold(facades, min_, max_)
# get values
values = Facade.GetValueZFromFacades(facades)
# get geometry
face = Facade.GetFacesFromFacades(facades)
return variables, project_name, date, time, selected_variable, face, values
return variables, project_name, date, time, selected_variable, None, None
else:
return [None] * 7
def main():
if _point:
origin = RhinoConvert.FromRhPointToVector(_point)
dim_x = _dim_x_ if _dim_x_ else 3.0
dim_y = _dim_y_ if _dim_y_ else 3.0
dim_z = _dim_z_ if _dim_z_ else 3.0
num_x = _num_x_ if _num_x_ else 50
num_y = _num_y_ if _num_y_ else 50
num_z = _num_z_ if _num_z_ else 40
dimension = CellDimension(dim_x, dim_y, dim_z)
size = Size(origin, dimension, num_x, num_y, num_z)
return size
else:
return
def main():
if _edt:
edt, edx = get_file_path(_edt)
variable = 1 if _variable_ == None else _variable_
if _dir_ == 1:
dir = Direction.Y
elif _dir_ == 2:
dir = Direction.Z
else:
dir = Direction.X
if base_point_:
origin = RhinoConvert.FromRhPointToVector(base_point_)
output = BuildingOutput(edx, origin)
else:
output = BuildingOutput(edx)
project_name = output.ProjectName
date = output.SimulationDate
time = output.SimulationTime
variables = output.VariableName
selected_variable = output.VariableName[variable]
print("Grid: {0}, {1}, {2}".format(output.NumX, output.NumY,
output.NumZ))
if output.DataContent not in [7, 10]:
print(
"Please, connect a file of dynamic output of buildings or solaraccess SAFAC."
)
return [None] * 7
if _run_it:
facades = output.GetFacades(dir)
output.SetValuesFromBinary(edt, facades, variable)
# filter
facades = Facade.GetFacadesByDirection(facades, dir)
if min_ != None and max_ != None:
facades = Facade.GetFacadesByThreshold(facades, min_, max_,
dir)
# get values from facades
if _dir_ == 1:
values = Facade.GetValueYFromFacades(facades)
elif _dir_ == 2:
values = Facade.GetValueZFromFacades(facades)
else:
values = Facade.GetValueXFromFacades(facades)
# get geometry
face = Facade.GetFacesFromFacades(facades)
return variables, project_name, date, time, selected_variable, face, values
return variables, project_name, date, time, selected_variable, None, None
else:
return [None] * 7
def main():
if _edt:
edt, edx = get_file_path(_edt)
variable = 1 if _variable_ == None else _variable_
index = 0 if _index_ == None else _index_
if _dir_ == 1:
dir = Direction.Y
elif _dir_ == 2:
dir = Direction.Z
else:
dir = Direction.X
if base_point_:
origin = RhinoConvert.FromRhPointToVector(base_point_)
output = GridOutput(edx, origin)
else:
output = GridOutput(edx)
project_name = output.ProjectName
date = output.SimulationDate
time = output.SimulationTime
variables = output.VariableName
selected_variable = output.VariableName[variable]
print("Grid: {0}, {1}, {2}".format(output.NumX, output.NumY,
output.NumZ))
if output.DataContent not in [1, 2, 3, 5, 8, 11]:
print(
"Please, connect an edt file.\nYou can read Atmosphere, Surface, Soil, Radiation, SolarAccess, Comfort"
)
return [None] * 7
if _run_it:
# Surface
if output.DataContent in [2, 8]:
index = 0
dir = Direction.Z
elif output.DataContent == 3:
dir = Direction.Z
facades = output.GetFacades(dir)
output.SetValuesFromBinary(edt, facades, variable)
# filter
facades = Facade.GetSliceByPixelCoordinate(facades, index, dir)
if min_ != None and max_ != None:
facades = Facade.GetFacadesByThreshold(facades, min_, max_)
# get values from facades
values = Facade.GetValueZFromFacades(facades)
# get geometry
face = Facade.GetFacesFromFacades(facades)
return variables, project_name, date, time, selected_variable, face, values
return variables, project_name, date, time, selected_variable, None, None
else:
return [None] * 7
def main():
return RhinoConvert.FromFacesToMesh(List[Face](_face))