# frequencies
f_min:
  val: 0.1
  unit: Hz

f_max:
  val: 500.
  unit: Hz

df:
  # 1/(2*pi)
  val: 0.15915494309189535
  # val: 1.0
  unit: Hz

# k wavenumbers
k_min:
  val: 1.0
  unit: 1/mm

k_max:
  val: 100.5
  unit: 1/mm

dk:
  val: 0.5
  unit: 1/mm

### neural response
# Transfer function is either calculated analytically ('analytical')
# or approximated by an exponential ('empirical'). In the latter case
# the time constants in response to an incoming impulse ('tau_impulse'),
# as well as the instantaneous rate jumps ('delta_f') have to be
# specified.
tf_mode: analytical
# val: empirical
# tau_impulse:
#   val:
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#   unit: ms
#
# delta_f:
#   val:
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#     - 0.0
#   unit: ms

# number of modes used when fast response time constants are calculated
num_modes: 1
