Index

A

a (jzfmm.external_potential.HernquistPotential parameter) acc (jzfmm.external_potential.UniformAcceleration parameter) acceleration() (jzfmm.config.PotentialField method)

alloc_fac_comm_nodes (jzfmm.config.FMMConfig parameter) alloc_fac_comm_particles (jzfmm.config.FMMConfig parameter) alloc_fac_ilist (jzfmm.config.FMMConfig parameter)

B

bulge (jzfmm.external_potential.MilkyWayPotential parameter)

C

cfg (jzfmm.time_integration.force_and_potential parameter) (jzfmm.time_integration.simulate parameter) (jzfmm.time_integration.simulate_with_outputs parameter) (jzfmm.time_integration.timestep parameter)

cfg_direct (jzfmm.fmm.direct_summation parameter) cfg_fmm (jzfmm.fmm.fast_multipole_method parameter) (jzfmm.loss.maximum_mean_discrepancy parameter)

D

dim (jzfmm.data.LocalExpansion parameter) direct_summation() (in module jzfmm.fmm) DirectSummationConfig (class in jzfmm.config) DiskPotential (class in jzfmm.external_potential)

DKDConfig (class in jzfmm.config) DKDLatticeConfig (class in jzfmm.config) dt (jzfmm.time_integration.timestep parameter) dv (jzfmm.config.DKDLatticeConfig parameter) dx (jzfmm.config.DKDLatticeConfig parameter)

E

external_potential (jzfmm.config.SimConfig parameter)

F

fast_multipole_method() (in module jzfmm.fmm) find_center() (in module jzfmm.time_integration) FMMConfig (class in jzfmm.config)

force (jzfmm.config.SimConfig parameter) force() (jzfmm.data.LocalExpansion method) force_and_potential() (in module jzfmm.time_integration) fphi() (jzfmm.data.LocalExpansion method)

G

G (jzfmm.fmm.direct_summation parameter) (jzfmm.fmm.fast_multipole_method parameter)

G() (jzfmm.config.UnitConfig method) gas_disk (jzfmm.external_potential.MilkyWayPotential parameter)

H

halo (jzfmm.external_potential.MilkyWayPotential parameter)

height (jzfmm.external_potential.DiskPotential parameter) HernquistPotential (class in jzfmm.external_potential)

I

int_dtype (jzfmm.config.DKDLatticeConfig parameter)

integrator (jzfmm.config.SimConfig parameter) IntegratorConfig (class in jzfmm.config)

J

jzfmm.config module jzfmm.data module jzfmm.external_potential module

jzfmm.fmm module jzfmm.loss module jzfmm.time_integration module

K

kahan_summation (jzfmm.config.DirectSummationConfig parameter) (jzfmm.config.FMMConfig parameter) KDKConfig (class in jzfmm.config) kernel (jzfmm.config.DirectSummationConfig parameter) (jzfmm.config.FMMConfig parameter) KernelConfig (class in jzfmm.config)

kind_id() (jzfmm.config.KernelConfig method) (jzfmm.config.OpeningByAngle method) (jzfmm.config.OpeningCriterionConfig method) (jzfmm.config.Plummer2DKernel method) (jzfmm.config.PlummerKernel method) (jzfmm.config.SoftenedDistanceKernel method)

L

loc (jzfmm.data.Particles parameter)

LocalExpansion (class in jzfmm.data) logging (jzfmm.config.SimConfig parameter)

M

mass (jzfmm.data.Particles parameter) (jzfmm.external_potential.DiskPotential parameter) (jzfmm.external_potential.HernquistPotential parameter) mass_in_msol (jzfmm.config.UnitConfig parameter) maximum_mean_discrepancy() (in module jzfmm.loss) MilkyWayPotential (class in jzfmm.external_potential)

module jzfmm.config jzfmm.data jzfmm.external_potential jzfmm.fmm jzfmm.loss jzfmm.time_integration

N

nbind (jzfmm.time_integration.find_center parameter) NFWPotential (class in jzfmm.external_potential) normalize (jzfmm.loss.maximum_mean_discrepancy parameter)

nout (jzfmm.time_integration.simulate_with_outputs parameter) npot (jzfmm.time_integration.find_center parameter) num (jzfmm.data.Particles parameter) num_total (jzfmm.data.Particles parameter)

O

opening (jzfmm.config.FMMConfig parameter)

OpeningByAngle (class in jzfmm.config) OpeningCriterionConfig (class in jzfmm.config)

P

p (jzfmm.config.FMMConfig parameter) (jzfmm.time_integration.find_center parameter) (jzfmm.time_integration.force_and_potential parameter) (jzfmm.time_integration.simulate parameter) (jzfmm.time_integration.simulate_with_outputs parameter) (jzfmm.time_integration.timestep parameter) params() (jzfmm.config.KernelConfig method) (jzfmm.config.OpeningByAngle method) (jzfmm.config.OpeningCriterionConfig method) (jzfmm.config.Plummer2DKernel method) (jzfmm.config.PlummerKernel method) (jzfmm.config.SoftenedDistanceKernel method) part (jzfmm.fmm.direct_summation parameter) (jzfmm.fmm.fast_multipole_method parameter) (jzfmm.loss.maximum_mean_discrepancy parameter)

part_target (jzfmm.loss.maximum_mean_discrepancy parameter) Particles (class in jzfmm.data) phic() (jzfmm.external_potential.NFWPotential method) Plummer2DKernel (class in jzfmm.config) PlummerKernel (class in jzfmm.config) pos (jzfmm.data.Particles parameter) pos_in_kpc (jzfmm.config.UnitConfig parameter) potential() (jzfmm.config.PotentialField method) (jzfmm.data.LocalExpansion method) (jzfmm.external_potential.DiskPotential method) (jzfmm.external_potential.HernquistPotential method) (jzfmm.external_potential.MilkyWayPotential method) (jzfmm.external_potential.NFWPotential method) (jzfmm.external_potential.UniformAcceleration method) PotentialField (class in jzfmm.config) pout (jzfmm.fmm.fast_multipole_method parameter)

R

remove_self_interaction (jzfmm.config.DirectSummationConfig parameter) (jzfmm.config.FMMConfig parameter)

result (jzfmm.fmm.fast_multipole_method parameter) rhoc (jzfmm.external_potential.NFWPotential parameter) rs (jzfmm.external_potential.NFWPotential parameter)

S

scale_radius (jzfmm.external_potential.DiskPotential parameter) SimConfig (class in jzfmm.config) simulate() (in module jzfmm.time_integration) simulate_with_outputs() (in module jzfmm.time_integration) SoftenedDistanceKernel (class in jzfmm.config)

softening (jzfmm.config.Plummer2DKernel parameter) (jzfmm.config.PlummerKernel parameter) (jzfmm.config.SoftenedDistanceKernel parameter) star_disk (jzfmm.external_potential.MilkyWayPotential parameter) steps_per_output (jzfmm.time_integration.simulate_with_outputs parameter)

T

t (jzfmm.time_integration.timestep parameter) tend (jzfmm.time_integration.simulate_with_outputs parameter) th (jzfmm.fmm.fast_multipole_method parameter) theta (jzfmm.config.OpeningByAngle parameter)

tide() (jzfmm.data.LocalExpansion method) timestep() (in module jzfmm.time_integration) tree (jzfmm.config.FMMConfig parameter) ts (jzfmm.time_integration.simulate parameter) tstart (jzfmm.time_integration.simulate_with_outputs parameter)

U

UniformAcceleration (class in jzfmm.external_potential)

UnitConfig (class in jzfmm.config) units (jzfmm.config.SimConfig parameter)

V

values (jzfmm.data.LocalExpansion parameter)

vel (jzfmm.data.Particles parameter) vel_in_kmps (jzfmm.config.UnitConfig parameter)