################# INPUT FILE FOR AXISEM (SOLVER) ###############################

# Choose simulation type, allowed options:
# single: Simulation of one elemental source. Set inparam_source for the
#         exact type
# moment: Full moment tensor, needs four parallel simulations. Set the depth in
#         inparam_source and modify the moment tensor in the file CMTSOLUTION 
#         before postprocessing.

SIMULATION_TYPE   force

######################## SIMULATION PARAMETERS ################################
# Choose desired seismogram length 

SEISMOGRAM_LENGTH  1800.

# Receiver file type, allowed options:
# colatlon: Colatitude and Longitude for each station.
# stations: SPECFEM-style stations file with latitude, longitude
#           and station name (default)
# database: One station at each GLL point, arbitrary station locations 
#           can be reconstructed from this.

RECFILE_TYPE      stations 


############################# MODEL / MESH ####################################
# Choose Mesh (local subdirname in SOLVER/MESHES directory)
# N.B. The mesh controls the velocity model and the number of CPUs

MESHNAME           100s_test_mesh

# Use lateral heterogeneities (aka 2.5D model).
# The model has to be described in inparam_hetero (default: false)

LAT_HETEROGENEITY  false 


# Include viscoelastic attenuation (details in inparam_advanced)
ATTENUATION         false

######################## WAVEFIELD SNAPSHOTS ##################################
# Save wavefield snapshots for visualization (default: false)
# more details in inparam_advanced
# Be sure to set the SOURCE_FUNCTION (inparam_advanced) to gauss_0 to avoid 
# aliasing and HF artifacts.

SAVE_SNAPSHOTS         false  

