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| domain * | domn |
| | pointer to domain object
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| inputoutput * | io |
| | pointer to io object (has the input file)
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| int | seed |
| | random number generator seed (negative to randomize it)
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| double | tEnd |
| | ending time of realization
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| double | domainLength |
| | length of domain (m)
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| int | ngrd0 |
| | initial grid points
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| double | rho0 |
| | initial uniform density (kg/m^3)
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| double | kvisc0 |
| | initial uniform kinematic viscosity (m^2/s)
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| double | sdiff0 |
| | initial uniform scalar diffusivity (m^2/s)
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| double | dPdx |
| | initial pressure gradient (Pa/m)
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| double | pres |
| | initial pressure (Pa)
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| string | chemMechFile |
| | name of chemical mechanism file
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| string | probType |
| | problem type: CHANNEL, CHANNEL_SCALAR, JETMIXL_RXN, COUETTE
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| double | Z_param |
| | Viscous penalty parameter.
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| double | A_param |
| | Energy Distribution parameter alpha.
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| double | C_param |
| | Eddy frequency parameter.
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| string | LES_type |
| | NONE, THIRDS, ELAPSEDTIME, FRACDOMAIN, INTEGRALSCALE.
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| double | Z_LES |
| | large eddy suppression (nonpositive prevents les test)
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| double | diffCFL |
| | multiplies min diffusion timestep
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| double | cvode_atol |
| | absolute tolerace atol for cvode
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| double | cvode_rtol |
| | relative tolerace rtol for cvode
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| double | x0virtual |
| | LES virtual origin.
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| bool | LdoDL |
| | flag to do the DL energy from the DL instability
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| bool | Lrad |
| | radiation flag
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| bool | Lbuoyant |
| | flag to turn on bouyancy (horizontal domain)
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| bool | LPeEddy |
| | flag to turn on potential energy for eddies (vertical domain)
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| bool | LplanarExpCent0 |
| | flag: for planar cases (C=1) set the expansion center at 0 for outflow cases (normally expand about the expansion center.
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| double | g |
| | gravity (default -9.81)
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| string | Lsolver |
| | EXPLICIT, SEMI-IMPLICIT, or STRANG.
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| bool | Lperiodic |
| | periodic if true
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| bool | Lspatial |
| | spatial formulation if true
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| bool | LTMA |
| | true for the triplet map TMA: 3 = vol segments; false for TMB: 3 equal length segments
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| bool | LplanarTau |
| | true for computing cylindrical/spherical tau_eddy using a planar formulation. If accepted, a cylindrical eddy is implemented
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| bool | Lignition |
| | true if starting with unreacted mixing profile to allow ignition
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| string | bcType |
| | OUTFLOW, PERIODIC, WALL, WALL_OUT.
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| int | cCoord |
| | 1 = planar, 2 = cylindrical, 3 = spherical
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| double | xDomainCenter |
| | position of the center of the domain
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| double | gDens |
| | grid density for mesher
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| double | dxmin |
| | min grid spacing: = dxmin / domain length
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| double | dxmax |
| | max grid spacing = dxmax / domain length
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| double | Pmax |
| | maximum eddy acceptance probability
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| double | Pav |
| | Average acceptance probability.
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| double | dtfac |
| | maximum factor to increase dtSmean
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| int | nDtSmeanWait |
| | number of eddy samples before increase dtSmean
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| int | eddyMinCells |
| | eddy must overlap at least this many cells
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| double | DAtimeFac |
| | time until catch-up adaption is DAtimeFac * dtCUmax
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| double | tdfac |
| | factor between dtCUmax and dtCFL for temporal flows; DEFAULT = 1.0
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| int | sLastDA |
| | size of the lastDA vector for timing adaptmesh after diff
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| double | Lp |
| | Most probable eddy size frac of domainLength.
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| double | Lmax |
| | Max eddy size frac of domainLength.
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| double | Lmin |
| | Min eddy size frac of domainLength.
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| int | modDump |
| | accepted eddies before output file
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| int | modDisp |
| | frequency to display results (# eddies)
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| bool | Ltecplot |
| | set TRUE for tecplot friendly output
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| bool | LmultiPhase |
| | true if domain has more than one phase (particles don't count)
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| double | eSurfTens |
| | surface tension, J/m2 for liquid phases
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| double | uBClo |
| | Dirichlet velocity boundary condition.
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| double | uBChi |
| | Dirichlet velocity boundary condition.
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| double | vBClo |
| | Dirichlet velocity boundary condition.
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| double | vBChi |
| | Dirichlet velocity boundary condition.
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| double | wBClo |
| | Dirichlet velocity boundary condition.
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| double | wBChi |
| | Dirichlet velocity boundary condition.
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| double | sBClo |
| | Dirichlet scalar boundary condition.
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| double | sBChi |
| | Dirichlet scalar boundary condition.
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| string | hWallBCtype |
| | ADIABATIC or ISOTHERMAL.
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| double | TBClo |
| | Required if hWallBCtype = ISOTHERMAL.
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| double | TBChi |
| | Required if hWallBCtype = ISOTHERMAL.
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| bool | Lrestart |
| | true to restart from file, else false
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| string | rstType |
| | "single" or "multiple"
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| double | trst |
| | restart time (from restart file), default is 0.0;
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| double | umin_spatial |
| | min u for spatial flows; used when kernels pull velocity
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| string | radSolveType |
| | OPTHIN, TWOFLUX, FVDOM.
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| string | radCoefType |
| | PLANCKMEAN, WSGG, RCSLW.
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| int | npsi |
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| int | ntheta |
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Class implementing inputoutput object
- Author
- David O. Lignell
Definition at line 23 of file param.h.
