#
# Input file for Tripoint Industries Serenity v. 2.30
# Serenity input file v. 2.30 (June 1, 2019)
# WWW : http://www.radarsoftware.com
#
# --- Number of facet files to be loaded (ACAD facet file format)
1
#
# --- List each facet file name and its units
# valid units - 0: meters 1: centimeters 2: millimeters 3: inches
#
../../Open-Duct_PRIME_model_meshBC.facet 3
#
# --- Uniformly spaced Frequency Specification. Note: Frequencies should be in GHz.
# start end step (step = 0 means just do the first value)
10.25 10.0 0
#
# --- Observation type
# 0 = Monostatic
# 1 = Bistatic
0
# --- Coordinate System Type
# 0 = Spherical Angles (Theta/Phi)
# 1 = Non-Standard Angles (Elevation/Azimuth)
1
# Uniformly spaced angle specification. Note: All angles should be in degrees.
#
# --- Incident elevation/theta : start end step
0.0 180.0 0
# --- Incident azimuth/phi : start end step
0.0 180.0 1800
# --- Observation elevation/theta : start end step (these are disregarded if monostatic)
0.0 360.0 720
# --- Observation azimuth/phi : start end step (these are disregarded if monostatic)
0.0 180.0 0
#
# --- Scattered Field Polarization
# 0 = Linear
# 1 = Circular
0
# --- Non-PEC Material Support
#
# 0 = no materials, target is totally PEC
# 1 = target may contain PEC and dielectric regions and interfaces
0
#
# --- If (1) above, provide a filename that describes all bulk dielectric materials.
no.material_summary
# --- If (1) above, provide a filename that describes the dielectric regions.
no.region_summary
# --- If (1) above, provide a filename that describes the interfaces between regions.
no.interface_summary
#
# --- Use Automatic Mesh Densifier?
# (0 = no, 1 = yes)
0
#
# --- Desired number of densifier passes (minimum 1)
25
#
# --- For densifier, maximum desired edge length in wavelengths
0.1
#
# --- Write a combined facet file to disk? (0 = no, 1 = yes)
# (this facet file will have a single big part)
0
# --- If yes, give name of facet file
no.facet
#
# --- Surface Current Output ---
#
# Serenity can write a current file containing the V and H magnitudes of
# the electric and magnetic surface currents at the center of each facet.
#
# --- Write surface current file(s) ? (0 = no, 1 = yes)
0
#
# --- Order of Gaussian Quadrature for integration on Triangles (1-5)
# (suggestion: 2, which is a 3-point integration rule)
2
#
# --- For CFIE, specify value for alpha (recommended: 0.5)
# CFIE = alpha*EFIE + (1 - alpha)*eta*NxMFIE
0.5
#
# --- Solve all right-hand sides simultaneously? (0 = no, 1 = yes)
# (monostatic only, efficient for many RHS with small angle increments
1
# --- Adaptive Cross Approximation (ACA) Specific Settings
#
# --- Specify minimum number of basis function groups and target number
# of basis functions per group.
# (For ACA, suggestion: 10 2500) (For MLACA, suggestion: 10 5000)
10 2500
#
#
# --- Specify tolerance level for matrix fill/LU decomposition and RHS solve
# (suggestion: 1e-5 1e-5)
1e-5 1e-5
#
# --- Use MultiLevel ACA (MLACA)? (0 = no, 1 = yes)
# (Greatly improves compression for larger problems and larger group sizes
# however matrix fill and factor times are increased.)
0
# --- For MLACA, specify number of levels (min 1, max 5)
# (More levels yields better compression but longer run time)
2