Iteration	-- The iteration number 
L	 	-- The x direction discretization Number
M 	 	-- The y direction discretization Number
N 	 	-- The z direction discretization Number
dx 	 	-- [m] Delta x is the x-direction discretization size 
dy 		-- [m] Delta y is the y-direction discretization size
dz 	 	-- [m] Delta y is the z-direction discretization size
dt 	 	-- [sec] Delta t is the time domain discretization size
Tamb		-- The ambient temperature
htc_px 		-- [W/m^2-K] Effective Heat Transfer Coefficient in positive x direction
htc_nx 		-- [W/m^2-K] Effective Heat Transfer Coefficient in negative x direction
htc_py 		-- [W/m^2-K] Effective Heat Transfer Coefficient in positive y direction
htc_ny 		-- [W/m^2-K] Effective Heat Transfer Coefficient in negative y direction
htc_pz 		-- [W/m^2-K] Effective Heat Transfer Coefficient in positive z direction
htc_nz 		-- [W/m^2-K] Effective Heat Transfer Coefficient in negative z direction
name		-- Name of the material 0
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 1
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 2
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 3
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 4
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 5
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 6
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 7 
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 8
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
name		-- Name of the material 9
kappa		-- [W/m-K] Thermal conductivity
rho		-- [kg/m^3] Density
Cp		-- [J/kg-K] Specific Heat
Default		-- Default Material 
observe_x	-- Observe the transient temperature at chosen point (x,y,z)
observe_y
observe_z
3		-- number of cut phanes to be viewed with MatLab
x 5 Tx5.m	-- cut plane at x=5 and output the MatLab file with name "Tx5.m"
y 4 Ty4.m	-- cut plane at y=4 and output the MatLab file with name "Ty4.m"
z 15 Tz15.m	-- cut plane at z=15 and output the MatLab file with name "Tz15.m"