def initialize(self): """Initializes the surrogate needed for SU2, including building the surface and volume meshes. Assumptions: Vehicle is available in OpenVSP Source: N/A Inputs: None Outputs: None Properties Used: self.geometry.tag <string> (geometry is also set as part of the lift process) self.process.compute.lift. inviscid.training_file (optional - determines if new SU2 runs are necessary) self.settings. half_mesh_flag <boolean> Determines if a symmetry plane is used vsp_mesh_growth_ratio [-] Determines how the mesh grows vsp_mesh_growth_limiting_flag <boolean> Determines if 3D growth limiting is used """ self.process.compute.lift.inviscid.geometry = self.geometry tag = self.geometry.tag # Mesh the geometry in prepartion for CFD if no training file exists if self.process.compute.lift.inviscid.training_file is None: write_vsp_mesh(self.geometry,tag,self.settings.half_mesh_flag,self.settings.vsp_mesh_growth_ratio,self.settings.vsp_mesh_growth_limiting_flag) write_geo_file(tag) mesh_geo_file(tag) # Generate the surrogate self.process.compute.lift.inviscid.initialize()
def initialize(self): """Initializes the surrogate needed for SU2, including building the surface and volume meshes. Assumptions: Vehicle is available in OpenVSP Source: N/A Inputs: None Outputs: None Properties Used: self.geometry.tag <string> (geometry is also set as part of the lift process) self.process.compute.lift. inviscid.training_file (optional - determines if new SU2 runs are necessary) self.settings. half_mesh_flag <boolean> Determines if a symmetry plane is used vsp_mesh_growth_ratio [-] Determines how the mesh grows vsp_mesh_growth_limiting_flag <boolean> Determines if 3D growth limiting is used """ self.process.compute.lift.inviscid.geometry = self.geometry tag = self.geometry.tag # Mesh the geometry in prepartion for CFD if no training file exists if self.process.compute.lift.inviscid.training_file is None: write_vsp_mesh(self.geometry,tag,self.settings.half_mesh_flag,self.settings.vsp_mesh_growth_ratio,self.settings.vsp_mesh_growth_limiting_flag) write_geo_file(tag) mesh_geo_file(tag) # Generate the surrogate self.process.compute.lift.inviscid.initialize()
def initialize(self): self.process.compute.lift.inviscid.geometry = self.geometry tag = self.geometry.tag # Mesh the geometry in prepartion for CFD if no training file exists if self.process.compute.lift.inviscid.training_file is None: write_vsp_mesh(self.geometry, tag, self.settings.half_mesh_flag, self.settings.vsp_mesh_growth_ratio, self.settings.vsp_mesh_growth_limiting_flag) write_geo_file(tag) mesh_geo_file(tag) # Generate the surrogate self.process.compute.lift.inviscid.initialize()