def __init__(self):
"""Initialisation of the model parameters.
"""
Model.__init__(self)
#: Set parameters of the Bok globule model
self.parameter['distance'] = 100.0 * self.math.const['pc']
self.parameter['grid_type'] = 'spherical'
self.parameter['inner_radius'] = 1.0 * self.math.const['au']
self.parameter['outer_radius'] = 1.5e4 * self.math.const['au']
self.parameter['truncation_radius'] = 1e3 * self.math.const['au']
self.spherical_parameter['n_ph'] = 1
self.parameter['radiation_source'] = 't_tauri'
self.parameter['dust_composition'] = 'mrn'
self.parameter['detector'] = 'cartesian'
def __init__(self):
"""Initialisation of the model parameters.
"""
Model.__init__(self)
#: Set parameters of the sphere model
self.parameter['distance'] = 140.0 * self.math.const['pc']
# 2.8e-14 * self.math.const['M_sun']
self.parameter['gas_mass'] = np.array(
[[0.67 * 1e-6 * self.math.const['M_sun']],
[0.33 * 1e-6 * self.math.const['M_sun']]])
self.parameter['outer_radius'] = 100.0 * \
self.math.const['au'] # 0.5 * self.math.const['au']
#self.parameter['radiation_source'] = 'isrf'
self.parameter['dust_composition'] = 'silicate_oblate'
self.parameter['detector'] = 'cartesian'
def __init__(self):
"""Initialisation of the model parameters.
"""
Model.__init__(self)
# Set parameters of the custom model (see parent Model class for all available options)
self.parameter['distance'] = 140.0 * self.math.const['pc']
self.parameter['grid_type'] = 'spherical'
self.parameter['inner_radius'] = 0.1 * self.math.const['au']
self.parameter['outer_radius'] = 100.0 * self.math.const['au']
self.parameter['gas_mass'] = 1e-2 * self.math.const['M_sun']
# Define which other choice are default for this model
self.parameter['background_source'] = 'bg_plane'
self.parameter['radiation_source'] = 't_tauri'
self.parameter['dust_composition'] = 'mrn'
self.parameter['gas_species'] = 'oh'
self.parameter['detector'] = 'cartesian'
def __init__(self):
"""Initialisation of the model parameters.
"""
Model.__init__(self)
#: Set parameters of the sphere model
self.parameter['distance'] = 140.0 * self.math.const['pc']
self.parameter['grid_type'] = 'spherical'
self.parameter['inner_radius'] = 0.1 * self.math.const['au']
self.parameter['outer_radius'] = 100. * self.math.const['au']
self.spherical_parameter['n_r'] = 100
self.spherical_parameter['n_th'] = 91
self.spherical_parameter['n_ph'] = 1
self.spherical_parameter['sf_r'] = 1.03
self.parameter['gas_mass'] = 1e-4 * self.math.const['M_sun']
self.parameter['radiation_source'] = 't_tauri'
self.parameter['dust_composition'] = 'mrn'
self.parameter['detector'] = 'cartesian'
self.tmp_parameter['mag_field_geometrie'] = 'toroidal'
def __init__(self):
"""Initialisation of the model parameters.
Notes:
Shakura and Sunyaev (1973)
Link: http://adsabs.harvard.edu/abs/1973A&A....24..337S
"""
Model.__init__(self)
#: Set parameters of the disk model
self.parameter['distance'] = 140.0 * self.math.const['pc']
self.parameter['gas_mass'] = 1e-3 * self.math.const['M_sun']
self.parameter['grid_type'] = 'cylindrical'
self.parameter['inner_radius'] = 0.1 * self.math.const['au']
self.parameter['outer_radius'] = 100. * self.math.const['au']
# Define the used sources, dust composition and gas species
self.parameter['radiation_source'] = 't_tauri'
self.parameter['dust_composition'] = 'mrn'
self.parameter['gas_species'] = 'co'
self.parameter['detector'] = 'cartesian'
# In the case of a spherical grid
self.spherical_parameter['n_r'] = 100
self.spherical_parameter['n_th'] = 181
self.spherical_parameter['n_ph'] = 1
self.spherical_parameter['sf_r'] = 1.03
# sf_th = 1 is sinus; sf_th > 1 is exp with step width sf_th; rest is linear
self.spherical_parameter['sf_th'] = 1.0
# In the case of a cylindrical grid
self.cylindrical_parameter['n_r'] = 100
self.cylindrical_parameter['n_z'] = 181
self.cylindrical_parameter['n_ph'] = 1
self.cylindrical_parameter['sf_r'] = 1.03
# sf_z = -1 is using scale height; sf_z = 1 is sinus;
# sf_z > 1 is exp with step width sf_z and rest is linear
self.cylindrical_parameter['sf_z'] = -1
# Default disk parameter
self.parameter['ref_radius'] = 100. * self.math.const['au']
self.parameter['ref_scale_height'] = 10. * self.math.const['au']
self.parameter['alpha'] = 2.625
self.parameter['beta'] = 1.125