//==========================================================================//
//   Flowsquare+ parameter file...              -- 2020R1.0 --                //
//--------------------------------------------------------------------------//
//   You may directly edit this file, but follow below rules. Each          //
//   parameter entry consists of three blocks divided by [SPACE] or         //
//   double-slash(//). The order of these entries can be arbitorary.        //
//   Example:                                                               //
//   003:name     0.00123456789   // some explanation of the parameter      //
//   ^^^^^^^^^    ^^^^^^^^^^^^^     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^     //
//   1st block      2nd block          3rd block starts after (//).         //
//==========================================================================//
----- General Parameters ----------------------------------------------------------------------------------

002:cmode                                   1  // Simulation mode. [0] Fluid simulation mode (constant density and temperature, suitable for gas and liquid single-phase flows). [1] Thermo-fluid simulation mode (variable density and temperature, suitable for gas phase flows).
003:parallel                                2  // Level of parallelism. [0] Serial (no parallelism). [1] Two, parallelism=2. [2] Low, max(2, maxThreadsAvail/4). [3] Medium, max(2, maxThreadsAvail/2). [4] High, max(2, maxThreadsAvail).
004:domx                                 1400  // Nominal screen size (horizontal) during simulations. (unit: pixels)
005:nx                                    200  // Number of mesh points in x-direction. This number may be set independent from physical domain dimensions.
006:ny                                     50  // Number of mesh points in y-direction. This number may be set independent from physical domain dimensions.
007:nz                                    100  // Number of mesh points in z-direction. This number may be set independent from physical domain dimensions.
008:lx                                   14.0  // Physical domain size in x-direction. (unit: m)
009:ly                                    4.0  // Physical domain size in y-direction. (unit: m)
010:lz                                    8.0  // Physical domain size in z-direction. (unit: m)
011:sts                                     0  // Start time step. A new simulation starts from sts=0. To restart, sts should be a timestep at which dump data was output in the previous simulation.
012:latts                               20000  // End time step. For simulations under a trial license, this is limitted.
013:nfig                                  200  // Interval time step for image output. Result images are saved in the 'image' directory once in every 'nfig' time steps. Setting zero value disable image output.
014:nfile                                2000  // Interval time step for dump data output. Result dump data are saved in the 'dump' directory once in every 'nfile' time steps. Setting zero value disable dump output.
015:openPresFlag                            1  // Pressure treatment for open computational boundary. [0] Nuemann (zero gradient). [1] Dirichlet (pressure is set to be presW; reccommended for (quasi-)confined configuration.
----- Boundary and Initial Conditions --------------------------------------------------------------------

017:presW                             1.0E+05  // Mean pressure. Atmospheric pressure is 1.013E+5 (Pa). (unit: Pa)
018:uinW                                    0  // X-velocity component for the initial field (WHITE color). If set properly, the simulation reaches (quasi-) steady state quickly, but zero value is just fine for most cases. (unit: m/s)
019:vinW                                 -0.1  // Y-velocity component for the initial field (WHITE color). If set properly, the simulation reaches (quasi-) steady state quickly, but zero value is just fine for most cases. (unit: m/s)
020:winW                                    0  // Z-velocity component for the initial field (WHITE color). If set properly, the simulation reaches (quasi-) steady state quickly, but zero value is just fine for most cases. (unit: m/s)
021:tempW                                 300  // Temperature of the initial field (WHITE color). (unit: K, Kelvin) T (K) = 273 + T (deg.C). For example, a room temperature of 20 (deg.C) is 293 (K). [*] This parameter is effective for 'cmode=1'. 
022:tempR                                 350  // Temperature for the RED inflow boundry. If zero value is set, the boundary is treated as adiabatic. If the value is set as '-', no temperature constraint is imposed on this boundary. (unit: K) [*] This parameter is effective for 'cmode=1'. 
023:tempWallK                               0  // Temperature for the wall boundry specified with preset BLACK color. If zero value is set, the boundary is treated as adiabatic. (unit: K) [*] This parameter is effective for 'cmode=1'. 
024:tempWall                                0  // Temperature for the wall boundry specified with non-preset color. If zero value is set, the boundary is treated as adiabatic. (unit: K) [*] This parameter is effective for 'cmode=1'. 
----- Physical and Model Parameters ------------------------------------------------------------------------

026:mu                                  20E-6  // Dynamic viscosity of the fluid. mu is approximately 1.8E-5 (kg/m/s) for the atmospheric air at 15~25 (deg.C). For water at 20 (deg.C), mu is 1.0E-3 (kg/m/s). (unit: kg/m/s)
027:gfy                                  -9.8  // Body force in y-direction. Gravitational force is approximately -9.8 m/s^2. (unit: m/s^2)
----- Graphics & Visualization Parameters ------------------------------------------------------------------

029:ndiv                                    4  // Interval mesh points between displayed visualization related objects such as vectors, streamlines and particles.
#End of file