Type debug to Turn On Debugging: debug
Specify Debugging Destination, screen or file: screen
List Functions to Debug - or all -  end  ends list
Names following  all  will not be debugged - end ends
	: new_bdry
	: end
Enter NX: 60
Enter NY: 60
Enter NZ: 60
Enter dx: 0.2
Enter dy: 0.2
Enter dz: 0.2
Enter dt: 0.01
Enter final time: 640
Enter the frequency of states dump for restart: 10000
Enter the frequency of plotting: 1000
Enter intracellular conductivity, (si_x,si_y,si_z): 1 0.081 0.081
Enter extracellular conductivity, (se_x,se_y,se_z): 1 12.4 12.4
Enter the fiber direction of the first layer in degree: 60
Enter the rate of the angle change between layers: -1.666667
Two ionic models are available
	FN       (f)
	FHN-OMER (o)
	3V-SIM   (3)
Enter a model (f(dflt),3): o
Enter the initial value for v: 0
Three problems are available
	Monodomain        (m)
	1d Bidomain       (1)
	2d or 3d Bidomain (b)
Enter a problem (m,1,b(dflt)): b
Enter the resistance: 1
Enter the surface volume ratio: 1
Four solution methods are available.
	Crank_Nicolson (c)
	Semi_Implicit  (i)
	Split_Dense    (s)
	Split_ADI      (t)
Enter a method (c,i,s or t): t
Enter y if you want to turn off bidomain: n
Choose an initial condition.
	Plane Wave starting from left        (p)
	Radial wave starting from a corner   (c)
	Radial wave starting from the center (s)
	Read from a file                     (f)
Enter the choice (p,c,s(default), or f): f
Enter the file name from which you want to read: out/omer2d_plot/states.ts0004000
: n
When the dimension of the init_file is 2, and the simulation dimension is 3,
it needs to know how to fill the 3d volume with the initial wave.
	Stack along z axis           (z)
	Stack along y axis           (y)
	Dimension of init wave is 3. (3)
Enter the choice (z, y, or 3(default)): z
Choose a method for stimulation.
	Cutting half          (h)
	Stimulting the center (c)
	No stimulus           (n)
Enter a method for stimulation (h, c(default), or n): n
Enter the time for the stimulus: 20
Enter the strength of the stimulus: 0.8
Enter the radius of the stimulus: 2