# version number is...
1
# insert maximum pml conductivity here [S/m]
0.025
# insert maximum pml-stretching here [1]
4.0
# insert steepness here
2
# Length of Simulation [s]
30.0e-9
# size of simulation space (number of boxes in x-, y- and z-direction, respectively
41 41 41
# real size of a box [m] (x,y,z)
0.025 0.025 0.025
# this number is a bit special: if positive it is the size of a time steps in seconds,
# if negative, a matching time step is computed via the Courant-criterion
# and finally divided by this number, i.e. ´-4´ means one fourth of Courant-delta t
-0.8
# Receiver data should be stored every x steps
1
# Snapshots should be made every x steps (second number is plane (1: yz, 2: xz, 3: xy),
# next is position of this plane (0<=number<number of cells in that direction)
# last is component of the field
100 2 20 4
# how many perfectly matched layers should surround the sim-space?
10
# number of materials used (except vacuum and perfect conductor)
1
# all materials have two special variables, epsilon and sigma
9 0.0 1
#11 0.0
# number of material boxes
1
# material boxes
# startX startY startZ endX endY endZ materialNumber
0 0 0 40 40 40 2
#number of transmitter boxes
1
# where are these boxes located?
# the very last one states every n-th position there is a transmitter
20 20 20 20 20 20 1
# which transmittermode should be used?
# for a detailed help please ahve a look into the manual
# usually the parameter are as follows
# type of stimulus | max. amplitude | characteristic time | frequency | special parameter | component which will be used (0: x, 1: y, 2: z)
0 1000.0 1.0e-9 100.0e6 3 0
# how many receiver boxes are to be used?
1
# where are they located (box coordinates: x,y,z). The 7th number represents the type of receiver:
# 0: total H-field; 1,2,3: H_x, H_y and H_z, respectively
# 4,5,6: E_x, E_y and E_z, respectively; 7: total E-field
# the very last one states every n-th position there is a receiver
20 20 20 40 20 20 4 1
#60 0 99 200 0 99 4 1
# End of configfile
