Workspace Format ID = 1 [Header Data]: Format ID = 1 SPECT3D Version_6.2.2Beta [End Header Data] [Simulation Type Data]: Format ID = 1 # Coll-Rad Model ID = 0 Hydro model ID = 0 File format ID = 0 Hydro file name = C:/files/wind_opacity/testGrid2.exo # [End Simulation Type Data] [Geometry Data]: Format ID = 1 # Geometry type = 3 Num dimensions = 1 Transformation ID = 0 Number of repeating sectors = 1 Bound-1 Min = -100 Bound-1 Max = 100 Bound-2 Min = -100 Bound-2 Max = 100 # [End Geometry Data] [Hydrocode Variables Data]: Format ID = 1 # Grid type = 1 Material model = 1 Num material frac variables = 2 Temperature unit = 1 Total density unit = 0 Position unit = 0 Temperature variable = ELEC_TEMPERATURE Total density variable = MASS_DENSITY Position 1 variable = R(t=0) Position 2 variable = Position 3 variable = Material frac variable = VOL_FRACTION_01 (Material_1) Material frac variable = VOL_FRACTION_02 (star_material) # [End Hydrocode Variables Data] [Single Cell Data]: Format ID = 1 # Uniform Temperature = 10 Uniform Temperature Units = 1 Uniform Density = 0.01 Uniform Density Units = 0 Characteristic Size = 1e-005 Size Units = 0 # [End Single Cell Data] [PIC Data]: Format ID = 1 # Hot Electron Model = 1 # [End PIC Data] [Material Data]: Format ID = 4 # Number of Materials = 2 PrOpacEos directory location = 0 PrOpacEos environment variable Path = C:\Program Files\Prism\DataTables\PROPACEOS_4.0.0\ User set PrOpacEos directory = # Parameters for Material = wind # Material type = 0 Hydrofile variable ID = VOL_FRACTION_01 (Material_1) Number Fraction = 1 Mean atomic weight = 1.6 Opacity locator ID = 0 Opacity filepath = Al.prp Opaque emitter = 0 Opaque emitter file = # Number of Atomic Elements = 3 # Parameters for Atomic Element = Hydrogen Atomic number = 1 Isotope index = -1 Number fraction = 0.8 # Parameters for Atomic Element = Helium Atomic number = 2 Isotope index = -1 Number fraction = 0.2 # Parameters for Atomic Element = Oxygen Atomic number = 8 Isotope index = -1 Number fraction = 0.001 # # Parameters for Material = star # Material type = 1 Hydrofile variable ID = VOL_FRACTION_02 (star_material) Number Fraction = 1 Mean atomic weight = 1 Opacity locator ID = 0 Opacity filepath = Al.prp Opaque emitter = 1 Opaque emitter file = C:/files/wind_opacity/G40000g350v10.flux.spect3d.new # Number of Atomic Elements = 0 # # [End Material Data] [Atomic Data]: Format ID = 3 # Number of Atomic Elements = 3 Atomic directory location = 0 Atomic environment variable Path = C:\Program Files\Prism\DataTables\ATBASE_6.0\ User set atomic directory = # Parameters for Atomic Element = Hydrogen Atomic number = 1 Isotope index = -1 ATM specifier ID = 1 Default atomic model ID = 4 Custom ATM filepath = C:/files/wind_opacity/H_gs_only.atm # Parameters for Atomic Element = Helium Atomic number = 2 Isotope index = -1 ATM specifier ID = 1 Default atomic model ID = 4 Custom ATM filepath = C:/files/wind_opacity/He_gs_only.atm # Parameters for Atomic Element = Oxygen Atomic number = 8 Isotope index = -1 ATM specifier ID = 1 Default atomic model ID = 4 Custom ATM filepath = C:/files/wind_opacity/O_gs_only.atm # [End Atomic Data] [Kinetics Model Data]: Format ID = 10 # Population model = 1 Photon processes model = 0 Num. cells short char. = 3 Coll Exc/Deexc mult. = 1 Coll Iz/Rec mult. = 1 Photo Exc/Stim emis mult. = 1 Photo Iz/Stim rec mult. = 1 Spontaneous emis mult. = 1 Radiative rec mult. = 1 Autoiz/Diel rec mult. = 1 Min. Osc. Strength for grid = 0.001 Num pts in continuum = 200 Num pts per BB transition = 13 Doubly excited trans. = 0 Num. angles rr1 = 0 Num. angles rr2 = 5 R-Z angle model = 6 Apply accel. convergence = 0 Turn off cont. lowering = 0 Write heat/cool rates = 0 [Line Width Parameters]: Line width units = 0 Number of line width settings = 0 # [End Kinetics Model Data] [Ext. Radiation Source Data]: Format ID = 1 # Rad source at Rmin is on = 0 Rad source at Rmax is on = 0 Rad source model at Rmin = 1 Rad source model at Rmax = 1 VisRad filepath for Rmin = VisRad filepath for Rmax = [table format=1]: Time-dependent Drive Temperatures at Rmin: # table rows = 0 # table cols = 0 [table format=1]: Time-dependent Drive Temperatures at Rmax: # table rows = 0 # table cols = 0 [table format=1]: Time-dependent Drive and Brightness Temperatures at Rmin: # table rows = 0 # table cols = 0 [table format=1]: Time-dependent Drive and Brightness Temperatures at Rmax: # table rows = 0 # table cols = 0 # [End Ext. Radiation Source Data] [Backlighter Data]: Format ID = 3 # Backlighter spectral type = 0 Ext. rad. source bd. ID = 2 File photon en. units = 0 File intensity units = 0 Spot radius (microns) = 100 Number radial points = 2 Number azimuthal points = 2 Supergaussian exponent = 1 Foil tilt angle = 90 Uniform spot rad.(mcrns) = 10 Number of backlighter time steps = 0 # [End Backlighter Data] [Detector Data]: Format ID = 5 # Orientation geometry ID = 1 Detector pos 1 = 2e+013 Detector pos 2 = 0 Detector pos 3 = 0 Center of Proj pos 1 = 0 Center of Proj pos 2 = 0 Center of Proj pos 3 = 0 Pixel count horiz. = 1 Pixel count vert. = 1 Pixel count radial = 10 Pixel count angular = 10 Detector width = 0.5 Detector height = 0.5 Detector radius = 0.5 Detector shape = 0 Circular type = 9 Projection geometry = 0 Image plane alignment ID = 1 Portion to compute ID = 0 Spatial resolved spect. = 0 Spectrum per pixel = 0 XRD resistence = 50 XRD effective area = 1 Compute Schlieren image = 0 Compute shadowgraphy = 0 Schlieren image alignment = 0 E dens laser wavelength = 1 Bragg angle (degrees) = 80 Crystal radius (cm) = 25 BackL-Xstal-Det orient. = 1 Number of framing camera filter response functions = 0 Number of XRD filter response functions = 0 # [End Detector Data] [Spectral Grid Data]: Format ID = 2 # Min photon energy = 100 Max photon energy = 3000 Num pts in continuum = 500 Min line strength = 0.001 Num pts per BB transition = 7 Num pts per BF transition = 2 Number of extra photon energies = 0 Number of optical depth iso-surfaces = 0 # [End Spectral Grid Data] [S3D Run Data]: Format ID = 3 # Number of hydro simulation times = 1 Hydro Time index = 1 Number of time dependent sim times = 0 [table format=1]: Time dependent simulation time grid: # table rows = 0 # table cols = 0 Calculate spectrum and image parameter: # [End S3D Run Data] [Dialog Settings Data]: Format ID = 1 # [End Dialog Settings Data] [End of Workspace File]