Table 1.

This table lists the simulation parameters and outcomes. Each line consists of both an N-body planet simulation and an SPH disc simulation with the same combination of j and i0. The first column describes the simulation name. The second column is the initial inclination of the planet/disc. The third column is the angular momentum ratio of the planet/disc to the binary. The fourth column is the analytically calculated retrograde-polar stationary inclination (see equation 5). The fifth column is the mass of the planet. The sixth column describes whether the orbit of the planet is retrograde circulating (CR), librating (L) or in a crescent orbit (CRESCENT). The seventh column is the mass of the disc. The eighth column describes the orbit type of the disc prior to its 30 per cent mass-loss cut-off. The ninth column describes the disc break radius. The 10th column is the time at which the circumbinary disc simulation has lost 30 per cent of its initial mass.

Namei0 (°)jirs(°)Mp/MPlanet orbitMd/MDisc orbitBreak radius/abTime (Tb)
Low-j-1201200.50.006L0.01L2110
Low-j-1301300.50.006L0.01L1540
Low-j-1401400.50.006L0.01L1070
Low-j-1501500.50.006L0.01L850
Low-j-1601600.50.006L0.01L61560
Low-j-1701700.50.006L0.01L2520
Mid-j-1001001.51390.018L0.03L2880
Mid-j-1101101.51390.018CRESCENT0.03L2320
Mid-j-1201201.51390.018CRESCENT0.03CRESCENT → L1830
Mid-j-1301301.51390.018CRESCENT0.03CRESCENT1410
Mid-j-1401401.51390.018irs0.03|$i_{\rm rs}\, \rightarrow$| L1140
Mid-j-1501501.51390.018CRESCENT0.03CRESCENT (?)870
Mid-j-1601601.51390.018CR0.03CR2.51000
Mid-j-1701701.51390.018CR0.03CR2620
High-j-1001002.51290.031L0.05L2380
High-j-1101102.51290.031CRESCENT0.05CRESCENT → L2310
High-j-1201202.51290.031CRESCENT0.05CRESCENT2230
High-j-1301302.51290.031irs0.05|$i_{\rm rs}\, \rightarrow$| L4200
High-j-1401402.51290.031CRESCENT0.05CRESCENT → L1980
High-j-1501502.51290.031CR0.05CR2020
High-j-1601602.51290.031CR0.05CR2.51110
High-j-1701702.51290.031CR0.05CR2620
Namei0 (°)jirs(°)Mp/MPlanet orbitMd/MDisc orbitBreak radius/abTime (Tb)
Low-j-1201200.50.006L0.01L2110
Low-j-1301300.50.006L0.01L1540
Low-j-1401400.50.006L0.01L1070
Low-j-1501500.50.006L0.01L850
Low-j-1601600.50.006L0.01L61560
Low-j-1701700.50.006L0.01L2520
Mid-j-1001001.51390.018L0.03L2880
Mid-j-1101101.51390.018CRESCENT0.03L2320
Mid-j-1201201.51390.018CRESCENT0.03CRESCENT → L1830
Mid-j-1301301.51390.018CRESCENT0.03CRESCENT1410
Mid-j-1401401.51390.018irs0.03|$i_{\rm rs}\, \rightarrow$| L1140
Mid-j-1501501.51390.018CRESCENT0.03CRESCENT (?)870
Mid-j-1601601.51390.018CR0.03CR2.51000
Mid-j-1701701.51390.018CR0.03CR2620
High-j-1001002.51290.031L0.05L2380
High-j-1101102.51290.031CRESCENT0.05CRESCENT → L2310
High-j-1201202.51290.031CRESCENT0.05CRESCENT2230
High-j-1301302.51290.031irs0.05|$i_{\rm rs}\, \rightarrow$| L4200
High-j-1401402.51290.031CRESCENT0.05CRESCENT → L1980
High-j-1501502.51290.031CR0.05CR2020
High-j-1601602.51290.031CR0.05CR2.51110
High-j-1701702.51290.031CR0.05CR2620
Table 1.

This table lists the simulation parameters and outcomes. Each line consists of both an N-body planet simulation and an SPH disc simulation with the same combination of j and i0. The first column describes the simulation name. The second column is the initial inclination of the planet/disc. The third column is the angular momentum ratio of the planet/disc to the binary. The fourth column is the analytically calculated retrograde-polar stationary inclination (see equation 5). The fifth column is the mass of the planet. The sixth column describes whether the orbit of the planet is retrograde circulating (CR), librating (L) or in a crescent orbit (CRESCENT). The seventh column is the mass of the disc. The eighth column describes the orbit type of the disc prior to its 30 per cent mass-loss cut-off. The ninth column describes the disc break radius. The 10th column is the time at which the circumbinary disc simulation has lost 30 per cent of its initial mass.

Namei0 (°)jirs(°)Mp/MPlanet orbitMd/MDisc orbitBreak radius/abTime (Tb)
Low-j-1201200.50.006L0.01L2110
Low-j-1301300.50.006L0.01L1540
Low-j-1401400.50.006L0.01L1070
Low-j-1501500.50.006L0.01L850
Low-j-1601600.50.006L0.01L61560
Low-j-1701700.50.006L0.01L2520
Mid-j-1001001.51390.018L0.03L2880
Mid-j-1101101.51390.018CRESCENT0.03L2320
Mid-j-1201201.51390.018CRESCENT0.03CRESCENT → L1830
Mid-j-1301301.51390.018CRESCENT0.03CRESCENT1410
Mid-j-1401401.51390.018irs0.03|$i_{\rm rs}\, \rightarrow$| L1140
Mid-j-1501501.51390.018CRESCENT0.03CRESCENT (?)870
Mid-j-1601601.51390.018CR0.03CR2.51000
Mid-j-1701701.51390.018CR0.03CR2620
High-j-1001002.51290.031L0.05L2380
High-j-1101102.51290.031CRESCENT0.05CRESCENT → L2310
High-j-1201202.51290.031CRESCENT0.05CRESCENT2230
High-j-1301302.51290.031irs0.05|$i_{\rm rs}\, \rightarrow$| L4200
High-j-1401402.51290.031CRESCENT0.05CRESCENT → L1980
High-j-1501502.51290.031CR0.05CR2020
High-j-1601602.51290.031CR0.05CR2.51110
High-j-1701702.51290.031CR0.05CR2620
Namei0 (°)jirs(°)Mp/MPlanet orbitMd/MDisc orbitBreak radius/abTime (Tb)
Low-j-1201200.50.006L0.01L2110
Low-j-1301300.50.006L0.01L1540
Low-j-1401400.50.006L0.01L1070
Low-j-1501500.50.006L0.01L850
Low-j-1601600.50.006L0.01L61560
Low-j-1701700.50.006L0.01L2520
Mid-j-1001001.51390.018L0.03L2880
Mid-j-1101101.51390.018CRESCENT0.03L2320
Mid-j-1201201.51390.018CRESCENT0.03CRESCENT → L1830
Mid-j-1301301.51390.018CRESCENT0.03CRESCENT1410
Mid-j-1401401.51390.018irs0.03|$i_{\rm rs}\, \rightarrow$| L1140
Mid-j-1501501.51390.018CRESCENT0.03CRESCENT (?)870
Mid-j-1601601.51390.018CR0.03CR2.51000
Mid-j-1701701.51390.018CR0.03CR2620
High-j-1001002.51290.031L0.05L2380
High-j-1101102.51290.031CRESCENT0.05CRESCENT → L2310
High-j-1201202.51290.031CRESCENT0.05CRESCENT2230
High-j-1301302.51290.031irs0.05|$i_{\rm rs}\, \rightarrow$| L4200
High-j-1401402.51290.031CRESCENT0.05CRESCENT → L1980
High-j-1501502.51290.031CR0.05CR2020
High-j-1601602.51290.031CR0.05CR2.51110
High-j-1701702.51290.031CR0.05CR2620
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