1%YAML 1.1 2--- 3ANONYMOUS: 4 Mesh: 5 Source: Inline Mesh 6 Exodus File: 7 File Name: plasma_oscillation_rtc.exo 8 Inline Mesh: 9 Mesh Dimension: 3 10 Mesh Factory Parameter List: 11 X Blocks: 1 12 Y Blocks: 1 13 Z Blocks: 1 14 X Elements: 50 15 Y Elements: 2 16 Z Elements: 2 17 X0: 0.00000000000000000e+00 18 Y0: 0.00000000000000000e+00 19 Z0: 0.00000000000000000e+00 20 Xf: 1.00000000000000002e-02 21 Yf: 4.00000000000000019e-04 22 Zf: 4.00000000000000019e-04 23 Periodic BCs: 24 Count: 9 25 Periodic Condition 1: 'xy-coord 1e-8: back;front' 26 Periodic Condition 2: 'xz-coord 1e-8: top;bottom' 27 Periodic Condition 3: 'yz-coord 1e-8: left;right' 28 Periodic Condition 4: 'xy-edge 1e-8: back;front' 29 Periodic Condition 5: 'xz-edge 1e-8: top;bottom' 30 Periodic Condition 6: 'yz-edge 1e-8: left;right' 31 Periodic Condition 7: 'xy-face 1e-8: back;front' 32 Periodic Condition 8: 'xz-face 1e-8: top;bottom' 33 Periodic Condition 9: 'yz-face 1e-8: left;right' 34 Block ID to Physics ID Mapping: 35 eblock-0_0_0: Plasma 36 Assembly: 37 Workset Size: 100 38 Physics Blocks: 39 Plasma: 40 child0: 41 Type: CFD 42 Formulation: Conservative Variable 43 Momentum Basis Type: HGrad 44 Momentum Basis Order: 1 45 Continuity Basis Type: HGrad 46 Continuity Basis Order: 1 47 Integration Order: 2 48 Model ID: electron fluid model 49 Prefix: ELECTRON_ 50 USE SOURCE TERM: OFF 51 ADD LORENTZ FORCE TERM: SOURCE 52 child1: 53 Type: EB Formulation 54 Magnetic Basis Type: HDiv 55 Magnetic Basis Order: 1 56 Electric Basis Type: HCurl 57 Electric Basis Order: 1 58 Integration Order: 2 59 Model ID: magnetics model 60 Prefix: '' 61 Use Displacement Current: true 62 Current Definition: MULTIFLUID 63 Compute Errors: false 64 Fluid Prefix List: ELECTRON_ 65 Closure Models: 66 electron fluid model: 67 ELECTRON_PRESSURE: 68 Value: 0.00000000000000000e+00 69 ELECTRON_LORENTZ_FORCE: 70 Value: MULTIFLUID LORENTZ FORCE SOURCE 71 Species charge: -1.60217656999999993e-19 72 Species mass: 9.10938290999999993e-31 73 Prefix: ELECTRON_ 74 ELECTRON_STRESS_TENSOR: 75 Value: NEWTONIAN 76 ELECTRON_VISCOSITY: 77 Value: 0.00000000000000000e+00 78 Global Statistics: 79 Value: 'ELECTRON_RHO_UX,ELECTRON_RHO_UY,ELECTRON_RHO_UZ,ELECTRON_DENSITY,ELECTRON_PRESSURE' 80 magnetics model: 81 PERMITTIVITY: 82 Value: 8.85418782000000038e-12 83 PERMEABILITY: 84 Value: 1.25663705999999993e-06 85 Global Statistics: 86 Value: 'E0X,E0Y,E0Z,BX,BY,BZ' 87 Boundary Conditions: { } 88 Initial Conditions: 89 eblock-0_0_0: 90 ELECTRON_DENSITY: 91 Type: RTC 92 Basis Field: ELECTRON_DENSITY 93 Body: |2- 94 float N = 1.0e18; 95 float m = 9.10938291e-31; 96 float k = 200.0; 97 float delta = 0.01; 98 float pi = acos(-1.0); 99 ELECTRON_DENSITY = N*m*( 1.0 + delta*sin(pi*k*xin) ); 100 E_edge_Vector: 101 Type: RTC 102 Basis Field: E_edge 103 Vector Field: true 104 Body: |- 105 106 float N = 1.0e18; 107 float q = -1.60217657e-19; 108 float k = 200.0; 109 float delta = 0.01; 110 float pi = acos(-1.0); 111 float epsilon = 8.85418782e-12; 112 E_edge_Vector[0] = -delta*q*N/pi/k/epsilon*cos(pi*k*xin); 113 E_edge_Vector[1] = 0.0; 114 E_edge_Vector[2] = 0.0; 115 Project To Edges: true 116 Edge DOF Name: E_edge 117 B_face: 118 Value: 0.00000000000000000e+00 119 ELECTRON_RHO_UX: 120 Value: 0.00000000000000000e+00 121 ELECTRON_RHO_UY: 122 Value: 0.00000000000000000e+00 123 ELECTRON_RHO_UZ: 124 Value: 0.00000000000000000e+00 125 Output: 126 File Name: plasma_oscillation_rtc.exo 127 Cell Average Quantities: 128 eblock-0_0_0: 'ELECTRON_UX,ELECTRON_UY,ELECTRON_UZ,ELECTRON_PRESSURE' 129 Options: 130 Build Discrete Gradient: false 131 Edge Basis Name: E_edge 132 Nodal Basis Name: ELECTRON_DENSITY 133 Write Volume Assembly Graphs: false 134 Volume Assembly Graph Prefix: total-energy-cavity- 135 Solution Control: 136 Piro Solver: Rythmos 137 Compute Sensitivities: false 138 Jacobian Operator: Have Jacobian 139 LOCA: 140 Bifurcation: { } 141 Constraints: { } 142 Predictor: 143 Method: Constant 144 Stepper: 145 Continuation Method: Natural 146 Initial Value: 1.00000000000000000e+00 147 Continuation Parameter: Parameter 0 148 Max Steps: 6 149 Max Value: 1.22500000000000000e+01 150 Min Value: 5.00000000000000000e-01 151 Compute Eigenvalues: true 152 Eigensolver: 153 Method: Anasazi 154 Operator: Shift-Invert 155 Num Blocks: 3 156 Num Eigenvalues: 1 157 Block Size: 1 158 Maximum Restarts: 0 159 Shift: 1.00000000000000000e+00 160 Step Size: 161 Initial Step Size: 5.00000000000000000e-01 162 Aggressiveness: 2.00000000000000000e+00 163 NOX: 164 Direction: 165 Method: Newton 166 Newton: 167 Forcing Term Method: Constant 168 Rescue Bad Newton Solve: true 169 Linear Solver: 170 Tolerance: 1.00000000000000002e-08 171 Stratimikos Linear Solver: 172 NOX Stratimikos Options: { } 173 Stratimikos: 174 Linear Solver Type: AztecOO 175 Linear Solver Types: 176 AztecOO: 177 Forward Solve: 178 AztecOO Settings: 179 Aztec Solver: GMRES 180 Convergence Test: r0 181 Size of Krylov Subspace: 100 182 Output Frequency: 10 183 Max Iterations: 200 184 Preconditioner Type: ML 185 Preconditioner Types: 186 Ifpack: 187 Overlap: 1 188 Prec Type: ILU 189 Ifpack Settings: 190 'fact: drop tolerance': 0.00000000000000000e+00 191 'fact: ilut level-of-fill': 1.00000000000000000e+00 192 'fact: level-of-fill': 1 193 'schwarz: reordering type': rcm 194 ML: 195 Base Method Defaults: SA 196 ML Settings: 197 ML output: 10 198 prec type: MGW 199 print unused: 0 200 PDE equations: 1 201 max levels: 10 202 cycle applications: 1 203 'aggregation: threshold': 0.00000000000000000e+00 204 'aggregation: type': Uncoupled 205 'aggregation: damping factor': 0.00000000000000000e+00 206 'aggregation: block scaling': false 207 'energy minimization: enable': false 208 'energy minimization: type': 2 209 'smoother: type': IFPACK 210 'smoother: ifpack type': ILU 211 'smoother: ifpack overlap': 0 212 'smoother: ifpack list': 213 'fact: level-of-fill': 3 214 'schwarz: reordering type': rcm 215 'smoother: damping factor': 1.00000000000000000e+00 216 'smoother: pre or post': both 217 'smoother: sweeps': 1 218 'coarse: max size': 500 219 'coarse: type': Amesos-KLU 220 Line Search: 221 Full Step: 222 Full Step: 1.00000000000000000e+00 223 Method: Full Step 224 Nonlinear Solver: Line Search Based 225 Printing: 226 Output Precision: 3 227 Output Processor: 0 228 Output Information: 229 Error: true 230 Warning: true 231 Inner Iteration: true 232 Outer Iteration: true 233 Outer Iteration StatusTest: true 234 Test Details: true 235 Parameters: true 236 Details: true 237 Linear Solver Details: true 238 Stepper Iteration: true 239 Stepper Details: true 240 Stepper Parameters: true 241 Solver Options: 242 Status Test Check Type: Complete 243 Thyra Group Options: 244 Function Scaling: Row Sum 245 Status Tests: 246 Test Type: Combo 247 Combo Type: OR 248 Number of Tests: 3 249 Test 0: 250 Test Type: Combo 251 Combo Type: AND 252 Number of Tests: 2 253 Test 0: 254 Test Type: NormF 255 Tolerance: 1.00000000000000002e-08 256 Test 1: 257 Test Type: RelativeNormF 258 Tolerance: 1.00000000000000002e-08 259 Test 1: 260 Test Type: MaxIters 261 Maximum Iterations: 20 262 Test 2: 263 Test Type: FiniteValue 264 Rythmos: 265 Nonlinear Solver Type: NOX 266 Final Time: 3.34125479999999989e-10 267 Stepper Type: Implicit RK 268 Rythmos Stepper: 269 Type: SDIRK 270 Stage Count: 2 271 Order: 2 272 Stratimikos: { } 273 Rythmos Integration Control: 274 Take Variable Steps: false 275 Fixed dt: 6.96094750000000031e-12 276 Rythmos Integrator: 277 VerboseObject: 278 Verbosity Level: medium 279... 280