**************************************************** Run Stamp start time Thu May 13 16:08:29 2004 machine name hydro.cdic.bnl.gov operating system Linux number of nodes 1 **************************************************** 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 dt: 0.01 Enter final time: 4.5 Enter intracellular conductivity, (si_x,si_y,si_z): 1 0.11 0.11 Enter extracellular conductivity, (se_x,se_y,se_z): 2 0.22 0.22 Enter the fiber direction of the first layer in degree: -105 Enter the rate of the angle change between layers: 2 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) Enter the choice (p,c, or s): c Choose a method for stimulation. Cutting half (h) Stimulting the center (c) Enter a method for stimulation (h or c): c Enter the time for the stimulus : 233 Enter the strength of the stimulus : 0.8 Enter the radius of the stimulus : 2 t = 0, j = 0 t = 1, j = 100 t = 2, j = 200 t = 3, j = 300 t = 4, j = 400 -------- Clock Profile ---------- Commenced at Thu May 13 16:08:29 2004 Terminated at Thu May 13 16:20:19 2004 CPU 0 hrs 9 min 49 sec ------> 588.95 seconds. Wall clock 0 hrs 11 min 50 sec ------> 710 seconds. -------- Memory Usage ----------- Maximum memory used 0 bytes. Current memory used 0 bytes. Destructor for HEART_PROBLEM is called.