Index

_

__len__() (h2tools.minimal_data.MinimalData method)

C

check_far() (h2tools.collections.integral.DiscretizedArea method) (h2tools.collections.particles.Particles method) (h2tools.collections.pcm.PCM_Data method) (h2tools.collections.triangular_surface.TriangularSurface method) (h2tools.minimal_data.MinimalData method) close_dot() (h2tools.h2matrix.H2matrix method) close_rdot() (h2tools.h2matrix.H2matrix method) ClusterTree (class in h2tools.cluster_tree) compute_aux() (h2tools.collections.integral.DiscretizedArea method) (h2tools.collections.particles.Particles method) (h2tools.collections.pcm.PCM_Data method) (h2tools.collections.triangular_surface.TriangularSurface method) (h2tools.minimal_data.MinimalData method)

compute_diag() (h2tools.collections.pcm.PCM_Data method) compute_qtd() (h2tools.collections.pcm.PCM_Data method) compute_rhs() (h2tools.collections.pcm.PCM_Data method) copy() (h2tools.cluster_tree.ClusterTree method) (h2tools.h2matrix.H2matrix method)

D

diffnorm() (h2tools.h2matrix.H2matrix method) DiscretizedArea (class in h2tools.collections.integral) divide() (h2tools.cluster_tree.ClusterTree method) (h2tools.collections.integral.DiscretizedArea method) (h2tools.collections.particles.Particles method) (h2tools.collections.pcm.PCM_Data method) (h2tools.collections.triangular_surface.TriangularSurface method) (h2tools.minimal_data.MinimalData method)

dot() (h2tools.h2matrix.H2matrix method) (h2tools.problem.Problem method) draw() (h2tools.cluster_tree.ClusterTree method)

E

electro() (in module h2tools.collections.pcm)

energy() (in module h2tools.collections.pcm)

F

far_dot() (h2tools.h2matrix.H2matrix method) (h2tools.problem.Problem method) far_rdot() (h2tools.h2matrix.H2matrix method) (h2tools.problem.Problem method) find_solvation_energy() (h2tools.collections.pcm.PCM_Data method) from_dat() (h2tools.collections.triangular_surface.TriangularSurface static method)

from_file() (h2tools.collections.pcm.PCM_Data static method) fromfile() (h2tools.cluster_tree.ClusterTree static method) func() (h2tools.h2matrix.H2matrix method) (h2tools.problem.Problem method)

H

H2matrix (class in h2tools.h2matrix) h2tools.cluster_tree (module) h2tools.collections.integral (module) h2tools.collections.particles (module) h2tools.collections.pcm (module)

h2tools.collections.triangular_surface (module) h2tools.h2matrix (module) h2tools.mcbh (module) h2tools.problem (module)

I

integral_inverse_r3() (in module h2tools.collections.triangular_surface) inv_distance() (in module h2tools.collections.particles)

is_consistent() (h2tools.cluster_tree.ClusterTree method) is_far() (h2tools.cluster_tree.ClusterTree method)

L

log_distance() (in module h2tools.collections.particles)

M

mcbh() (h2tools.h2matrix.H2matrix method) (in module h2tools.mcbh)

MinimalData (class in h2tools.minimal_data)

N

nbytes() (h2tools.h2matrix.H2matrix method)

P

Particles (class in h2tools.collections.particles) PCM_Data (class in h2tools.collections.pcm)

Problem (class in h2tools.problem)

R

rdot() (h2tools.h2matrix.H2matrix method) (h2tools.problem.Problem method)

rhs() (in module h2tools.collections.pcm)

S

svdcompress() (h2tools.h2matrix.H2matrix method)

T

tofile() (h2tools.cluster_tree.ClusterTree method)

TriangularSurface (class in h2tools.collections.triangular_surface)