def simple_wf(self, mesh_step) -> wf.ExecResult:
self.geometry = wf.file_in('square.geo')
self.mesh = gmsh_run(self.geometry, mesh_step)
self.flow_input = wf.file_from_template(wf.file_in('darcy_flow.yaml.tmpl'),
dict(MESH=self.mesh))
self.res = wf.system(['../flow.sh', self.flow_input, "-o", "."],
stdout=wf.SysFile.PIPE,
stderr=wf.SysFile.STDOUT)
return self.res
def gmsh_run(self, geometry: wf.FileIn, mesh_step: float = 1.0) -> wf.FileIn:
self.mesh_file_out = wf.derived_file(geometry, ".msh")
self.flow_input = wf.file_from_template(wf.file_in('darcy_flow.yaml.tmpl'), dict(mesh=self.mesh_file_out))
log_file = wf.derived_file(geometry, ".msh_log")
self.mesh_res = wf.system(['../gmsh.sh', geometry, "-2", "-clscale",
wf.format("{:8.2g}", mesh_step), "-format", "msh2", "-o", self.mesh_file_out],
stdout=log_file, stderr=wf.SysFile.STDOUT)
self.joined = (self.mesh_file_out, self.mesh_res)
self.mesh_file = wf.file_in(self.joined[0])
return self.mesh_file
def simple_wf(self, mesh_step):
file_in_1 = wf.file_in(path='darcy_flow.yaml.tmpl', workspace='')
self.geometry = wf.file_in(path='square.geo', workspace='')
self.mesh = gmsh_run(geometry=self.geometry, mesh_step=mesh_step)
self.flow_input = wf.file_from_template(template=file_in_1,
parameters=wf.dict(
('MESH', self.mesh)),
delimiters='<>')
list_1 = ['../flow.sh', self.flow_input, '-o', '.']
self.res = wf.system(arguments=list_1,
stdout=wf.SysFile.PIPE,
stderr=wf.SysFile.STDOUT,
workdir='')
return self.res