diags3d.dat

The book "The Finite Difference Time Domain for Electromagnetics" by Karl Kunz and Raymond Luebbers,

 THE PROBLEM SPACE SIZE IS  34 BY  34 BY  34 CELLS IN THE X, Y, Z DIRECTIONS

 CELL SIZE: DELX=  0.058824 DELY=  0.058824, DELZ=  0.058824 METERS

 TIME STEP IS 0.113283E-09 SECONDS, MAXIMUM OF   256 TIME STEPS

 INCIDENT GAUSSIAN PULSE AMPLITUDE= 1000. V/M
 DECAY FACTOR ALPHA=   0.304E+18
 WIDTH BETA=   64.

 INCIDENT PLANE WAVE POLARIZATION:
 RELATIVE ELECTRIC FIELD THETA COMPONENT= 1.0
 RELATIVE ELECTRIC FIELD PHI COMPONENT= 0.0

 PLANE WAVE INCIDENT FROM THETA=  180.00 PHI=  180.00 DEGREES

 THE INCIDENT EX AMPLITUDE =   1000.00000  V/M
 THE INCIDENT EY AMPLITUDE =      0.00016  V/M
 THE INCIDENT EZ AMPLITUDE =      0.00016  V/M

 RELATIVE SPATIAL DELAY =  0.0000003

 QUANTITIES SAMPLED AND SAVED AT   4 LOCATIONS

 SAMPLE:   1,  NTYPE=   1, SAMPLED AT CELL I=  17, J=  18, K=  25

 SAMPLE:   2,  NTYPE=   1, SAMPLED AT CELL I=  17, J=  18, K=  18

 SAMPLE:   3,  NTYPE=   5, SAMPLED AT CELL I=  17, J=  18, K=  24

 SAMPLE:   4,  NTYPE=   5, SAMPLED AT CELL I=  17, J=  18, K=  17

 EXIT TIME=  0.2900040E-07 SECONDS,  AT TIME STEP   256