#-------WELCOME TO TYCHOS PARAMETER FILE--------------
#-------THIS FILE WORKS ONLY WITH TYCHO V1.0-----------
#COMMENTS HAVE TO START WITH # #THE ORDER OF PARAMETERS HERE IS
MANDATORY #IF YOU WISH TO INCLUDE MORE PARAMETERS HERE #MAKE
SURE TO EDIT START_FILE_READER.C #HAVE FUN
#-----------------------------------------------------

#TYCHO Files[0], VTK RECTILINEAR_GRID BINARY Files [1], AMIRA MESH [2]
#or IFRIT uniform scalar data files [3]
1

#Make ICs by editing the source file make_ic.c yes [0]
#Read in initial conditions [1]
#Only the obstacle distribution is read in [2]
#A Sod Shock Tube is generated with [3]
#Kelvin Helmholtz instabilities in 2D [4]
#Your initial conditions have to be in TYCHO file format!
2

#Initial Conditions in TYCHO file format
#Initial density
dummy
#Initial temperature
dummy
#Initial velocity
dummy
#Initial wind
/home/kapf/tycho_examples/windchannel/windchannel_emitter.tyc
#Initial obstacle
/home/kapf/tycho_examples/windchannel/windchannel.tyc
#Initial marker
dummy

#Initial velocity field file present [1] or not [0]
0

#Output directory
/home/kapf/tycho_examples/windchannel/

#Stratified Atmosphere [1] or constant Atmosphere [0]
0

#Basic properties
#Resolution
#x y z
1053
745
1

#Dimension
2

#Length scale
#meter in x,y,z
10
7
0

#Boundary conditions
#Boundary conditions
#0.....zero gradient
#1.....reflecting
#2.....small padding
#3.....outflow boundaries
#4.....inflow boundaries
#5.....periodic boundaries
#Bound.down, bound.up, bound.left, bound.right, bound.front, bound.back
#Bound.down is set automatically to reflecting in case gravity is
#switched on
0
0
0
0
0
0

#if inflow boundaries the inflow velocities and density
#inflow_velocity [m/s], inflow density [kg/m^3] and inflow temperature [K]
#if you want to start with the constant velocity and direction over the whole
#computational domain you have to set the last parameter in this section to
#[1] for everywhere. If you want only inflow from boundaries from the starting
#you have to set this parameter to [2].
100
1.229
300
2

#Simulation end-time in minutes
1
#Output frequency in seconds
0.001
#Restart frequency in seconds
0.01

#CFL Number
0.3

#Gravity [on--1] / [off--0]
0

#Gas constant
287.058

#Gamma factor
1.667

#Wind-emitters
1

#Wind speed [m/s]
30

##Number of Threads for OpenMP]
4

#With obstacle [0--off]/[1--on]
1

#Obstacle density [kg/m^3]
7874

#Obstacle temperature [K]
300

#Obstacle Thermal diffusivity [m^2/s]
0.000023

#Specific heat capacity gas [J/kgK]
1.005

#Specific_heat capacity obstacle [J/kgK]
0.450

#A Marker Field is advected with the HYDRO Simulation [0--off]/[1--on]
0

#Marker density [kg/m^3]
0

#Viscosity of gas [0--off]/[1--on]
0

#--------END OF PARAMETERFILE-----------------