[Magnetogram]

# Directory where downloaded magnetograms are stored (absolute or relative)
data_dir= /configured_path/

# Magnetogram provider
# Options: GONG, GONG_ADAPT
provider  = GONG

# Source of the magnetogram
# Options:
#          latest (= gets the most recently available magnetogram)
#          Date & time string (e.g. 2012-06-12T12:23:00)
#          URL to magnetogram
#          File name of locally stored magnetogram
source = 2021-04-02T01:04:00

# Resolution of the regridded (Plate Caree) magnetogram
degrees_per_pixel = 1.0

# Gaussian smoothing of magnetogram
gaussian_smoothing_sd = 0.8

#
# Settings for the PFSS+SCS coronal magnetic field model
#

[PFSS]

# Source surface radius of PFSS model, in solar radii
source_surface_radius     = 2.6

# Number of radial grid points used in 3D solution grid
number_of_radial_grid_pts = 128

# Maximum degree of solid harmonic expansion
max_degree                = 70


[SCS]

# Radius where SCS model starts, in solar radii
start_radius              = 2.3

# Outer radius of SCS model, in astronomical units
end_radius                = 0.1

# Number of radial grid points
number_of_radial_grid_pts = 128

# Maximum degree of solid harmonic expansion
max_degree                = 70


#
# Settings for the heliospheric boundary conditions
#

[HeliosphereBoundary]

# Name of file to output to
# If not provided, a name based on the date is given
output_file_name  = /configured_path/example_ccmc_sw_only.dat

# Resolution with which to compute the model
degrees_per_pixel = 2.0

# Empirical wind speed and coronal magnetic field topology relation
wind_speed_relation = 240.0+675.0*((1.0 - 0.8*exp(-(d/0.02)**1.25))**3)/((1.0+f)**0.22)

# Rotate boundary data by a given degree
# Rotate against solar rotation as the data at 0.1 AU is "older" than lower down
rotate              = -10.0

# km/s
speed.add           = -50.0

# Solar wind speed bounds, km/s
speed.max           = 625.0
speed.min           = 275.0

# Magnetic field when v = speed.max, nT
fast_solar_wind.magnetic_field = 300.0

# Constant thermal pressure, nPa
solar_wind.pressure = 3.3

# Number density of fast solar wind, 1/cc
fast_solar_wind.number_density = 300.0